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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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 "FLAIR/PT027_NKI_sub-0868_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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 "FLAIR/PT030_OpenNeuro_ds002685_sub-02_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds002685_sub-04_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds002685_sub-05_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds002685_sub-06_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds002685_sub-08_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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 "FLAIR/PT030_OpenNeuro_ds002685_sub-09_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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 "FLAIR/PT030_OpenNeuro_ds002685_sub-10_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds002685_sub-11_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds004884_sub-019_ses-03_FLAIR.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "FLAIR/PT030_OpenNeuro_ds004889_sub-0574_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds004889_sub-0753_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds004889_sub-0958_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds004889_sub-1142_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds004889_sub-1302_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds004889_sub-1317_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds004889_sub-1510_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds004889_sub-1517_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "FLAIR/PT030_OpenNeuro_ds004889_sub-1702_ses-01_FLAIR.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds000221_sub-167_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds000221_sub-167_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds000221_sub-167_ses-01_run-3_MP2RAGE.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds000221_sub-167_ses-01_run-4_MP2RAGE.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds002295_sub-06_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "viewed individually in drill_nonstruct_review_1.png: OpenNeuro MP2RAGE wrapped phase and one gre wrapped phase"
 },
 "MP2RAGE/PT030_OpenNeuro_ds002295_sub-06_ses-01_run-8_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "viewed individually in drill_nonstruct_review_1.png: OpenNeuro MP2RAGE wrapped phase and one gre wrapped phase"
 },
 "MP2RAGE/PT030_OpenNeuro_ds003563_sub-01_ses-42_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "viewed individually in drill_nonstruct_review_1.png: OpenNeuro MP2RAGE wrapped phase and one gre wrapped phase"
 },
 "MP2RAGE/PT030_OpenNeuro_ds003563_sub-01_ses-42_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "viewed individually in drill_nonstruct_review_1.png: OpenNeuro MP2RAGE wrapped phase and one gre wrapped phase"
 },
 "MP2RAGE/PT030_OpenNeuro_ds003563_sub-01_ses-43_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "viewed individually in drill_nonstruct_review_1.png: OpenNeuro MP2RAGE wrapped phase and one gre wrapped phase"
 },
 "MP2RAGE/PT030_OpenNeuro_ds003563_sub-01_ses-43_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "viewed individually in drill_nonstruct_review_1.png: OpenNeuro MP2RAGE wrapped phase and one gre wrapped phase"
 },
 "MP2RAGE/PT030_OpenNeuro_ds003563_sub-01_ses-44_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "viewed individually in drill_nonstruct_review_1.png: OpenNeuro MP2RAGE wrapped phase and one gre wrapped phase"
 },
 "MP2RAGE/PT030_OpenNeuro_ds003563_sub-01_ses-44_run-7_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "viewed individually in drill_nonstruct_review_1.png: OpenNeuro MP2RAGE wrapped phase and one gre wrapped phase"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-13_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-13_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-14_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-14_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-15_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-15_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-20_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-20_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "MP2RAGE/PT033_WAND_sub-002_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-002_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-004_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-004_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-005_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-005_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-006_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-006_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-007_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-007_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-008_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-008_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-009_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-009_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-010_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-010_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-011_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-011_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-012_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-012_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-013_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-013_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-014_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-014_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-015_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-015_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-016_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-016_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-017_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-017_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-018_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-018_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-019_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-019_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-020_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-020_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-021_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-021_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-022_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-022_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-024_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-024_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-025_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-025_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-026_ses-04_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-026_ses-04_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-027_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-027_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-028_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-028_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-030_ses-04_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-030_ses-04_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-031_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-031_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-032_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-032_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-034_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-034_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-035_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-035_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-036_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-036_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-037_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-037_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-038_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-038_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-039_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-039_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-040_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-040_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-044_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-044_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-046_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-046_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-047_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-047_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-048_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-048_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-049_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-049_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-050_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-050_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-051_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-051_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-052_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-052_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-053_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-053_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-054_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-054_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-055_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-055_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-056_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-056_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-057_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-057_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-058_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-058_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-060_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-060_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-061_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-061_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-062_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-062_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-063_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-063_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-064_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-064_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-065_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-065_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-066_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-066_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-068_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-068_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-069_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-069_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-070_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-070_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-071_ses-04_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-071_ses-04_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-073_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-073_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-074_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-074_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-076_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-076_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-077_ses-04_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-077_ses-04_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-078_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-078_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-080_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-080_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-082_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-082_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-083_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-083_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-084_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-084_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-085_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-085_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-086_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-086_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-087_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-087_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-088_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-088_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-089_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-089_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-090_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-090_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-092_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-092_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-095_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-095_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-096_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-096_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-098_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-098_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-099_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-099_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-100_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-100_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-101_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-101_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-102_ses-04_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-112_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-114_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-116_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-117_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-119_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-120_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-120_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-121_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-121_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-122_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-124_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-124_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-125_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-125_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-126_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-126_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-127_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-127_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-128_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-128_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-129_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-129_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-130_ses-04_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-130_ses-04_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-131_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-131_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-132_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-132_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
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  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-133_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-135_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-135_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-137_ses-01_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-137_ses-01_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-138_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-138_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-140_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-140_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-141_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-141_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-142_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-142_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-143_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-143_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-144_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-144_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-145_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-145_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-146_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-146_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-148_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-148_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-149_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-149_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-150_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-150_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-151_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-151_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-152_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-152_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-153_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-153_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-155_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-155_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-156_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-156_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-157_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-157_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-158_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-158_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-159_ses-04_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-159_ses-04_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-160_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-160_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-163_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-163_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-164_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-164_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-166_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-166_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-167_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-167_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-168_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-168_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-169_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-169_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-170_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-170_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-171_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-171_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-173_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-173_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-174_ses-05_run-1_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-174_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-175_ses-05_run-2_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-175_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-177_ses-05_run-3_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "MP2RAGE/PT033_WAND_sub-177_ses-05_run-4_MP2RAGE.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "WAND MP2RAGE with in-head lag-1 autocorrelation < 0.65: wrapped phase images; all 570 WAND MP2RAGE viewed across the gap (phase <= 0.58, magnitude INV1/INV2 >= 0.70); drill_all_mp2rage_lt045.png, drill_wand_mp2rage_hi.png"
 },
 "PDw/PT018_HBN_sub-1179_ses-01_run-2_PDw.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "PDw/PT030_OpenNeuro_ds001942_sub-08_ses-05_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-10_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-12_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-16_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-20_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-32_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-34_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-40_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-46_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-48_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-50_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-60_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-62_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-68_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-74_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-76_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds003849_sub-80_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-01_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-01_ses-02_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-02_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-02_ses-02_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-03_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-03_ses-02_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-04_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-04_ses-02_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-06_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-06_ses-02_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-07_ses-01_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds004815_sub-07_ses-02_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds005639_sub-25_ses-01_run-1_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "PDw/PT030_OpenNeuro_ds005639_sub-25_ses-01_run-2_PDw.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "R1map/PT006_AHEAD_sub-087_ses-01_R1map.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "R2starmap/PT006_AHEAD_sub-087_ses-01_R2starmap.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT009_BraTS-GEN_sub-0307_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT009_BraTS-GEN_sub-0377_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT009_BraTS-GEN_sub-0399_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT009_BraTS-GEN_sub-0476_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT009_BraTS-GEN_sub-0747_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT009_BraTS-GEN_sub-2349_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT009_BraTS-GEN_sub-2546_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-001_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-002_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-723_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-724_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-725_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-726_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-727_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-728_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-729_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-730_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-731_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-732_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-733_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-734_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-735_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-736_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-737_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-738_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-739_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-740_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-741_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-742_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-743_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-744_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-745_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-746_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-747_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-748_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-749_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT015_MSD_BrainTumor_sub-750_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT030_OpenNeuro_ds002799_sub-05_ses-01_T1c.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1c/PT030_OpenNeuro_ds005849_sub-02_ses-01_run-4_T1c.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1c/PT030_OpenNeuro_ds005849_sub-07_ses-02_run-3_T1c.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "T1c/PT030_OpenNeuro_ds005849_sub-08_ses-01_run-5_T1c.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "T1c/PT030_OpenNeuro_ds005849_sub-09_ses-03_run-3_T1c.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1c/PT030_OpenNeuro_ds005849_sub-11_ses-01_run-4_T1c.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1c/PT030_OpenNeuro_ds005849_sub-14_ses-03_run-4_T1c.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1map/PT006_AHEAD_sub-087_ses-01_T1map.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-20_ses-01_run-5_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-20_ses-01_run-6_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-28_ses-01_run-6_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-36_ses-01_run-3_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-36_ses-01_run-5_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-51_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-51_ses-01_run-3_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-51_ses-01_run-4_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-51_ses-01_run-5_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-62_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-62_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-62_ses-01_run-3_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-62_ses-01_run-4_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-62_ses-01_run-5_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-62_ses-01_run-6_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-63_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-63_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-63_ses-01_run-3_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-63_ses-01_run-4_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-63_ses-01_run-5_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-63_ses-01_run-6_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT002_Nigerian_Clinical_sub-76_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT005_ADHD_200_sub-018_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT005_ADHD_200_sub-022_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT006_AHEAD_sub-033_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT006_AHEAD_sub-087_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT009_BraTS-GEN_sub-0054_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT009_BraTS-GEN_sub-0103_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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 "T1w/PT015_MSD_BrainTumor_sub-737_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-738_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-739_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-740_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-741_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-742_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-743_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-744_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-745_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-746_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-747_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-748_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-749_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT015_MSD_BrainTumor_sub-750_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT016_GSP_sub-0987_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT016_GSP_sub-0988_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT016_GSP_sub-1492_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT016_GSP_sub-1493_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT016_GSP_sub-1542_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT016_GSP_sub-1543_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT018_HBN_sub-2890_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT018_HBN_sub-2988_ses-01_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT018_HBN_sub-3106_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT018_HBN_sub-3316_ses-01_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT018_HBN_sub-3425_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT018_HBN_sub-3432_ses-01_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT018_HBN_sub-3534_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT018_HBN_sub-3534_ses-01_run-3_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT027_NKI_sub-0782_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT027_NKI_sub-0868_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000002_sub-17_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000006_sub-02_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000006_sub-14_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000008_sub-06_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000011_sub-06_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000101_sub-06_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000101_sub-07_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000101_sub-09_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000101_sub-13_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000101_sub-14_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000101_sub-17_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000102_sub-05_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000102_sub-08_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000102_sub-10_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000102_sub-16_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000102_sub-17_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000102_sub-23_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000102_sub-24_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000102_sub-26_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000107_sub-21_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000109_sub-09_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000120_sub-10_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000120_sub-17_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000120_sub-20_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000120_sub-21_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000121_sub-07_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000121_sub-08_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000121_sub-17_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000121_sub-20_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000121_sub-21_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000121_sub-28_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000168_sub-09_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000228_sub-155_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds000240_sub-16_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds001021_sub-01_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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 "T1w/PT030_OpenNeuro_ds002345_sub-201_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002345_sub-202_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002345_sub-203_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002345_sub-204_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002345_sub-205_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002367_sub-09_ses-01_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT030_OpenNeuro_ds002367_sub-15_ses-01_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT030_OpenNeuro_ds002367_sub-19_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002367_sub-21_ses-01_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT030_OpenNeuro_ds002380_sub-002_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002380_sub-059_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002380_sub-092_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-02_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-03_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-04_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-05_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-06_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-07_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-08_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-10_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-11_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-12_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-13_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-14_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-15_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-18_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-20_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-21_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-22_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-25_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-26_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-27_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-28_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-29_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-30_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-31_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-32_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-33_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-34_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-37_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-38_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-39_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-41_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-42_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-47_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-54_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002620_sub-56_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002712_sub-13_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002712_sub-18_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002712_sub-20_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002712_sub-24_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002738_sub-01_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002738_sub-03_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds002738_sub-04_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003357_sub-22_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003434_sub-09_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003434_sub-11_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003434_sub-13_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003434_sub-14_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003434_sub-15_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003434_sub-16_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003434_sub-18_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003440_sub-01_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003445_sub-01_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003453_sub-13_ses-02_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003453_sub-34_ses-02_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003454_sub-10_ses-01_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT030_OpenNeuro_ds003465_sub-02_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003465_sub-05_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003465_sub-06_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003465_sub-07_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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 "T1w/PT030_OpenNeuro_ds003465_sub-15_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003465_sub-29_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003592_sub-042_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003592_sub-240_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003592_sub-247_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003592_sub-248_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003592_sub-249_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003639_sub-09_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003639_sub-09_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003639_sub-10_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003639_sub-11_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds003639_sub-12_ses-01_run-1_T1w.jvol": {
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004795_sub-146_ses-01_run-4_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004795_sub-147_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004795_sub-147_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004795_sub-148_ses-01_run-3_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004795_sub-148_ses-01_run-4_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-01_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-01_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-02_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-02_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-03_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-03_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-04_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-04_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-06_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-06_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-07_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004815_sub-07_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004884_sub-150_ses-01_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT030_OpenNeuro_ds004889_sub-0574_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004889_sub-0753_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004889_sub-0958_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004889_sub-1317_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004889_sub-1510_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004889_sub-1517_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds004889_sub-1702_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005003_sub-05_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005072_sub-01_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005073_sub-26_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005073_sub-26_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-01_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-01_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-02_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-02_ses-03_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-03_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-03_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-03_ses-03_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-04_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-04_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-04_ses-03_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-05_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-05_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-05_ses-03_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-06_ses-01_run-3_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-06_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-07_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-07_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-07_ses-03_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-08_ses-01_run-3_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-08_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-08_ses-03_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-09_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-09_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-09_ses-03_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-10_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-10_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-10_ses-03_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-11_ses-01_run-3_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-11_ses-03_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-12_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-12_ses-02_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-12_ses-03_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005127_sub-13_ses-01_run-3_T1w.jvol": {
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 },
 "T1w/PT030_OpenNeuro_ds005405_sub-025_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-025_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-025_ses-02_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-025_ses-02_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-026_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-026_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-026_ses-02_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-026_ses-02_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-027_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-027_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-027_ses-02_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-027_ses-02_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-028_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-028_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-028_ses-02_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-028_ses-02_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-029_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-029_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-029_ses-02_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-029_ses-02_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-030_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-030_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-030_ses-02_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-030_ses-02_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-032_ses-01_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-032_ses-01_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-032_ses-02_run-1_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-032_ses-02_run-2_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005405_sub-052_ses-02_run-1_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-01_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-02_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-03_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-04_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-05_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-06_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-07_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-08_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-09_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-10_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-11_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-12_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-13_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-14_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-15_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-16_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-17_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-18_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-19_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-21_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-22_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-23_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-24_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-25_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-26_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-27_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-28_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-29_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-30_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-31_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-32_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-33_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-34_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005418_sub-35_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005684_sub-25_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005684_sub-34_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005699_sub-01_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005699_sub-03_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005699_sub-04_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT030_OpenNeuro_ds005747_sub-88_ses-01_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT030_OpenNeuro_ds005810_sub-02_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT031_SLIM_sub-224_ses-01_T1w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T1w/PT035_Yale_Brain_Mets_Longitudinal_sub-0105_ses-15_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T1w/PT035_Yale_Brain_Mets_Longitudinal_sub-0209_ses-02_T1w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT002_Nigerian_Clinical_sub-36_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT002_Nigerian_Clinical_sub-51_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT002_Nigerian_Clinical_sub-62_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
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  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds003849_sub-28_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds003849_sub-40_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds003849_sub-50_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds003849_sub-52_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds003849_sub-62_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds004054_sub-33_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004056_sub-20_ses-02_run-2_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds004056_sub-29_ses-02_run-1_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds004192_sub-01_ses-03_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT030_OpenNeuro_ds004192_sub-03_ses-02_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT030_OpenNeuro_ds004271_sub-01_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds004271_sub-02_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds004456_sub-24_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds004670_sub-03_ses-02_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds004884_sub-150_ses-01_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004884_sub-151_ses-07_T2w.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-01_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-02_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-03_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-04_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-05_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-06_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-07_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-08_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-09_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-10_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-11_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-12_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-13_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-14_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-15_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-16_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-17_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-18_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-19_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-20_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-21_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-22_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-23_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-24_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-25_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-26_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-27_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-28_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-29_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-30_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-31_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-32_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-33_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds004958_sub-34_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-01_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-02_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-03_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-04_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-05_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-06_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-07_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-08_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-09_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-22_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-23_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-24_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-25_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-10_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-22_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-23_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-24_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-25_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-11_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-22_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-23_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-24_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-25_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-12_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-13_ses-01_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-14_ses-01_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-15_ses-01_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-22_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-23_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-24_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-25_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-16_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-22_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-23_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-24_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-25_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-17_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-10_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-11_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-12_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-13_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-14_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-15_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-16_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-17_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-18_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-19_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-20_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-21_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-22_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-23_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-24_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-25_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-18_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-19_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-20_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-20_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-20_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
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  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
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  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-20_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-20_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-20_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-20_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-3_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-4_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-5_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-6_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-7_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-8_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005025_sub-21_ses-01_run-9_T2w.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "T2w/PT030_OpenNeuro_ds005040_sub-13_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005073_sub-26_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005073_sub-26_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005237_sub-204_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005364_sub-074_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005365_sub-01_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005571_sub-04_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005571_sub-11_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005571_sub-13_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005571_sub-14_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005571_sub-15_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005571_sub-18_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005571_sub-19_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005571_sub-21_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005571_sub-24_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005604_sub-09_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005604_sub-10_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005604_sub-13_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005604_sub-17_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005604_sub-25_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-05_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-09_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-10_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-11_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-12_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-13_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-14_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-15_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-16_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-17_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-17_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-18_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-19_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-22_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-36_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-37_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-38_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-39_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-40_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-41_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-42_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-43_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-44_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-45_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-46_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-47_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-48_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005639_sub-49_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds005874_sub-23_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds006193_sub-01_ses-01_run-1_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds006193_sub-01_ses-01_run-2_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT030_OpenNeuro_ds006391_sub-076_ses-01_T2w.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "T2w/PT033_WAND_sub-006_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-008_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-011_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-020_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-024_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-028_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-030_ses-05_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-032_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-038_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-056_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-057_ses-06_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-058_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-063_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-064_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-065_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-067_ses-04_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-074_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-082_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-083_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-089_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-090_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-092_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-096_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-105_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-106_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-111_ses-03_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-115_ses-05_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-116_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-132_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-139_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-145_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-147_ses-05_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-148_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-149_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-163_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-166_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-167_ses-06_run-1_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-169_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT033_WAND_sub-173_ses-06_run-2_T2w.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "T2w/PT035_Yale_Brain_Mets_Longitudinal_sub-0025_ses-32_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT035_Yale_Brain_Mets_Longitudinal_sub-0034_ses-09_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT035_Yale_Brain_Mets_Longitudinal_sub-0034_ses-12_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT035_Yale_Brain_Mets_Longitudinal_sub-0260_ses-01_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT035_Yale_Brain_Mets_Longitudinal_sub-0308_ses-01_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "T2w/PT035_Yale_Brain_Mets_Longitudinal_sub-0344_ses-01_T2w.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed one by one among structural volumes with template r<0.3 (drill_structural_low_rest.png): 34 ds004958 inverted-mask 'T2w' (one per subject; the study's other files are real, drill_ds004958_rest.png), plus blank, block-corrupted, noise and partial-slab volumes"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-01_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-02_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-03_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-04_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-05_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-06_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-07_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-08_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-09_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-10_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-11_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-12_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-13_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-14_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-15_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-16_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-17_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-18_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-19_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-20_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "UNIT1/PT030_OpenNeuro_ds005025_sub-21_ses-01_UNIT1.jvol": {
  "added": "2026-09-27",
  "class": "non_brain_spine",
  "evidence": "OpenNeuro ds005025 is a cervical-spine study (T2w 44x144x192 sagittal, MP2RAGE/UNIT1 neck FOV, field maps); every shape group viewed (drill_ds005025.png, drill_spine_candidates.png)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-01_ses-01_run-3_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-02_ses-01_run-2_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-03_ses-01_run-1_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-04_ses-01_run-2_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-05_ses-01_run-2_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-06_ses-01_run-2_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-07_ses-01_run-1_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-08_ses-01_run-2_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-09_ses-01_run-1_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-10_ses-01_run-1_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-11_ses-01_run-2_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds000113_sub-12_ses-01_run-1_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds001547_sub-02_ses-01_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds001547_sub-03_ses-01_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds001547_sub-04_ses-01_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds001547_sub-05_ses-01_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds002367_sub-18_ses-01_angio.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "angio/PT030_OpenNeuro_ds002367_sub-20_ses-01_angio.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "angio/PT030_OpenNeuro_ds003949_sub-099_ses-01_angio.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "angio/PT030_OpenNeuro_ds003949_sub-119_ses-01_angio.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "angio/PT030_OpenNeuro_ds003949_sub-178_ses-01_angio.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "angio/PT030_OpenNeuro_ds003949_sub-247_ses-01_angio.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "angio/PT030_OpenNeuro_ds005096_sub-33_ses-01_angio.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "angio/PT030_OpenNeuro_ds005096_sub-35_ses-01_angio.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "angio/PT030_OpenNeuro_ds005096_sub-60_ses-01_angio.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds004146_sub-249_ses-01_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds004146_sub-298_ses-01_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds004146_sub-357_ses-01_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-01_ses-01_run-4_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-02_ses-01_run-2_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-03_ses-01_run-2_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-04_ses-01_run-2_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-05_ses-01_run-3_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-05_ses-01_run-5_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-06_ses-01_run-5_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-07_ses-01_run-4_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-08_ses-01_run-3_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-09_ses-01_run-1_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-10_ses-01_run-1_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "asl/PT030_OpenNeuro_ds006188_sub-11_ses-01_run-1_asl.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi/PT018_HBN_sub-0266_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-0387_ses-01_run-1_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-0693_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-0892_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-1086_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-1204_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-1751_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-1889_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-2034_ses-01_run-2_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-2034_ses-01_run-3_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-2583_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-3119_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-3200_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-3242_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-3468_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-3533_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-3555_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-3683_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT018_HBN_sub-3824_ses-01_dwi.jvol": {
  "added": "2026-09-28",
  "class": "flattened_4d_series",
  "evidence": "HBN 'dwi' stored as 104x104x(N*slices): the whole 4D diffusion series concatenated along z (drill_striped_dwi.png, drill_oversize_groups.png); per-volume copies exist under dwi_bval*"
 },
 "dwi/PT030_OpenNeuro_ds004889_sub-0574_ses-01_dwi.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi/PT030_OpenNeuro_ds004889_sub-0753_ses-01_dwi.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi/PT030_OpenNeuro_ds004889_sub-0958_ses-01_dwi.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi/PT030_OpenNeuro_ds004889_sub-1142_ses-01_dwi.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi/PT030_OpenNeuro_ds004889_sub-1302_ses-01_dwi.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi/PT030_OpenNeuro_ds004889_sub-1317_ses-01_dwi.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi/PT030_OpenNeuro_ds004889_sub-1510_ses-01_dwi.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi/PT030_OpenNeuro_ds004889_sub-1517_ses-01_dwi.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi/PT030_OpenNeuro_ds004889_sub-1702_ses-01_dwi.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi/PT030_OpenNeuro_ds006391_sub-076_ses-01_dwi.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT010_BrainLat_sub-121_ses-01_run-2_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT010_BrainLat_sub-123_ses-01_run-1_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT010_BrainLat_sub-123_ses-01_run-2_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT010_BrainLat_sub-385_ses-01_run-2_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT010_BrainLat_sub-387_ses-01_run-1_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT010_BrainLat_sub-387_ses-01_run-2_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT010_BrainLat_sub-397_ses-01_run-2_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT010_BrainLat_sub-415_ses-01_run-1_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT010_BrainLat_sub-415_ses-01_run-2_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT018_HBN_sub-1072_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "dwi_bval0/PT018_HBN_sub-1343_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "dwi_bval0/PT018_HBN_sub-2337_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "dwi_bval0/PT018_HBN_sub-2890_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT018_HBN_sub-3534_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT018_HBN_sub-3569_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "dwi_bval0/PT027_NKI_sub-0782_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT027_NKI_sub-0868_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds000221_sub-167_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds001021_sub-01_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds001894_sub-083_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds002620_sub-02_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds002620_sub-03_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds002620_sub-04_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds002620_sub-05_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds002620_sub-06_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds002620_sub-07_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds002620_sub-08_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds002620_sub-10_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT030_OpenNeuro_ds002620_sub-12_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-207_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-207_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-210_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-210_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-211_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-211_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-212_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-212_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-213_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-213_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-214_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-214_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-215_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-215_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-216_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-216_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-217_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-217_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-218_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-219_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-219_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-220_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-220_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-221_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-222_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-222_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-223_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-223_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-224_ses-01_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval0/PT031_SLIM_sub-224_ses-02_dwi_bval0.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT010_BrainLat_sub-123_ses-01_run-1_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT010_BrainLat_sub-123_ses-01_run-2_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT010_BrainLat_sub-387_ses-01_run-1_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT010_BrainLat_sub-387_ses-01_run-2_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT010_BrainLat_sub-415_ses-01_run-1_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT010_BrainLat_sub-415_ses-01_run-2_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-01_run-2_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-01_run-4_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-01_run-6_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-02_run-1_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-02_run-2_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-02_run-4_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-03_run-1_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-03_run-3_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-03_run-6_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-04_run-2_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-04_run-5_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-05_run-2_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-05_run-4_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-05_run-5_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-06_run-1_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-06_run-3_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds000206_sub-06_ses-06_run-6_dwi_bval1000.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "OpenNeuro ds000206 dwi_bval1000 with signal-free head (centre darker than mean, gap -0.11 -> +0.47); all 17 viewed, drill_dwi_blow_empty.png / drill_dwi_empty_rest.png"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds001894_sub-083_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds002620_sub-10_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds002620_sub-12_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds002620_sub-13_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds002620_sub-14_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds002620_sub-15_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds002620_sub-18_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds002620_sub-41_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds002620_sub-56_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-04_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-05_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-08_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-09_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-10_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-11_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-12_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-13_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-14_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-15_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-16_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-17_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-18_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-19_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-20_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-21_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-22_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-23_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-24_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-25_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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 "dwi_bval1000/PT030_OpenNeuro_ds003988_sub-26_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT031_SLIM_sub-218_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT031_SLIM_sub-220_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT031_SLIM_sub-220_ses-02_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT031_SLIM_sub-223_ses-01_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1000/PT031_SLIM_sub-223_ses-02_dwi_bval1000.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1001/PT030_OpenNeuro_ds000221_sub-167_ses-01_dwi_bval1001.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1490/PT030_OpenNeuro_ds002685_sub-01_ses-01_dwi_bval1490.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1490/PT030_OpenNeuro_ds002685_sub-02_ses-01_dwi_bval1490.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds001021_sub-01_ses-01_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds002685_sub-03_ses-01_run-2_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds002685_sub-04_ses-01_run-2_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds002685_sub-05_ses-01_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds002685_sub-06_ses-01_run-1_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds002685_sub-07_ses-01_run-1_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds002685_sub-08_ses-01_run-2_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds002685_sub-09_ses-01_run-1_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds002685_sub-10_ses-01_run-2_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds002685_sub-11_ses-01_run-1_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds002685_sub-12_ses-01_run-2_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds006072_sub-02_ses-05_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval1500/PT030_OpenNeuro_ds006391_sub-076_ses-01_dwi_bval1500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_bval2500/PT030_OpenNeuro_ds006040_sub-19_ses-01_dwi_bval2500.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_trace/PT030_OpenNeuro_ds004889_sub-0574_ses-01_dwi_trace.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_trace/PT030_OpenNeuro_ds004889_sub-0753_ses-01_dwi_trace.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_trace/PT030_OpenNeuro_ds004889_sub-0958_ses-01_dwi_trace.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_trace/PT030_OpenNeuro_ds004889_sub-1142_ses-01_dwi_trace.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_trace/PT030_OpenNeuro_ds004889_sub-1302_ses-01_dwi_trace.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_trace/PT030_OpenNeuro_ds004889_sub-1317_ses-01_dwi_trace.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_trace/PT030_OpenNeuro_ds004889_sub-1510_ses-01_dwi_trace.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_trace/PT030_OpenNeuro_ds004889_sub-1517_ses-01_dwi_trace.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "dwi_trace/PT030_OpenNeuro_ds004889_sub-1702_ses-01_dwi_trace.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "gre/PT030_OpenNeuro_ds004146_sub-191_ses-01_gre.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-11_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-12_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-23_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-2_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-5_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-6_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-11_ses-08_run-8_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-10_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-16_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-21_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-23_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-5_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-6_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-8_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-03_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-11_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-13_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-16_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-2_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-5_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-6_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-04_run-7_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-12_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-13_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-19_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-21_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-3_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-5_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-6_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-05_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-12_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-16_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-21_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-2_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-5_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-6_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-7_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-06_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-10_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-11_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-16_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-2_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-3_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-5_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-7_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-8_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-07_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-11_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-12_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-19_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-21_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-2_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-3_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-6_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-8_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-12_ses-08_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-11_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-13_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-19_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-21_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-2_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-3_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-7_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-13_ses-03_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-10_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-12_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-19_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-21_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-23_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-2_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-5_gre.jvol": {
  "added": "2026-09-28",
  "class": "phase_or_field_map",
  "evidence": "viewed individually in drill_nonstruct_review_1.png: OpenNeuro MP2RAGE wrapped phase and one gre wrapped phase"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-7_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-14_ses-03_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-10_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-11_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-12_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-13_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-19_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-23_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-3_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-6_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-7_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-15_ses-03_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-11_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-13_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-16_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-3_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-7_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-8_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-16_ses-03_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-10_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-11_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-12_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-16_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-19_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-23_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-2_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-3_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-6_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-17_ses-03_run-8_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-11_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-12_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-13_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-23_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-2_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-3_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-5_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-6_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-7_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-18_ses-03_run-8_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-11_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-12_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-13_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-14_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-16_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-17_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-1_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-21_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-3_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-5_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-7_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-8_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-19_ses-03_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-10_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-13_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-15_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-16_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-18_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-19_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-20_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-22_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-23_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-24_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-4_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-5_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-6_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-7_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-8_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "gre/PT030_OpenNeuro_ds004712_sub-20_ses-03_run-9_gre.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "m0scan/PT030_OpenNeuro_ds004146_sub-034_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds004146_sub-104_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds004146_sub-245_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds004146_sub-249_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds004146_sub-298_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds004146_sub-357_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-01_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-02_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-03_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-04_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-05_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-06_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-07_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-08_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-09_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-10_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "m0scan/PT030_OpenNeuro_ds006131_sub-12_ses-01_m0scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1411_ses-01_run-1_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1411_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1411_ses-01_run-3_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1412_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1413_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1414_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1415_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1416_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1417_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1418_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1419_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1420_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1421_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1422_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1423_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1424_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1425_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1426_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1427_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1428_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1429_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1430_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1431_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "mp2rage/PT014_CoRR_sub-1432_ses-01_run-2_mp2rage.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "pet/PT030_OpenNeuro_ds002898_sub-17_ses-01_pet.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "pet/PT030_OpenNeuro_ds004230_sub-01_ses-02_pet.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "pet/PT030_OpenNeuro_ds004401_sub-01_ses-01_pet.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "pet/PT030_OpenNeuro_ds004856_sub-307_ses-02_run-2_pet.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "pet/PT030_OpenNeuro_ds004856_sub-348_ses-02_pet.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "pet/PT030_OpenNeuro_ds005138_sub-04_ses-01_pet.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "scan/PT025_MGH_Wild_sub-0023_ses-01_run-6_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0041_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0043_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0044_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0046_ses-01_run-15_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0046_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0047_ses-01_run-15_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0047_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0048_ses-01_run-5_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0050_ses-01_run-4_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0054_ses-01_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0055_ses-01_run-1_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0055_ses-01_run-2_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0055_ses-01_run-3_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0055_ses-01_run-4_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0055_ses-01_run-5_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0055_ses-01_run-6_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0055_ses-01_run-7_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0056_ses-01_run-1_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0056_ses-01_run-2_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0056_ses-01_run-3_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0056_ses-01_run-4_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0056_ses-01_run-5_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0056_ses-01_run-6_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0056_ses-01_run-7_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0056_ses-01_run-8_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0056_ses-01_run-9_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0076_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0085_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0092_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0107_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0111_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0113_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0120_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0136_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0151_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0156_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0156_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0161_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0172_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0182_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "MGH_Wild speckle/noise-only volumes found in drill_mgh_derived_all.png"
 },
 "scan/PT025_MGH_Wild_sub-0191_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0192_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0193_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0198_ses-01_run-3_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0207_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0215_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0223_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0224_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0227_ses-01_run-15_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0236_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0239_ses-01_run-7_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0248_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0268_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0270_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0280_ses-01_run-2_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0284_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0302_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0321_ses-01_run-20_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0325_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0333_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0346_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0347_ses-01_run-16_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0347_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0355_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0355_ses-01_run-19_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0359_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0368_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0368_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0378_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0380_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0382_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0386_ses-01_run-15_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0386_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0394_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0415_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0415_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0420_ses-01_run-19_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0422_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0423_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0425_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0427_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0428_ses-01_run-7_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0429_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0432_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0436_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0438_ses-01_run-15_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0438_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0440_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0445_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0448_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0449_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0449_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0453_ses-01_run-11_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0457_ses-01_run-22_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0458_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0459_ses-01_run-2_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0461_ses-01_run-18_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0465_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0467_ses-01_run-18_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0467_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0470_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0471_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0474_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0475_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0478_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0484_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0484_ses-01_run-17_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT025_MGH_Wild_sub-0484_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT025_MGH_Wild_sub-0486_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0488_ses-01_run-14_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0488_ses-01_run-17_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0488_ses-01_run-4_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0493_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0493_ses-01_run-11_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0495_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0499_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0504_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0505_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0506_ses-01_run-2_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0510_ses-01_run-17_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0512_ses-01_run-2_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0514_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0515_ses-01_run-4_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT025_MGH_Wild_sub-0517_ses-01_run-2_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0518_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0520_ses-01_run-11_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0522_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0528_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0529_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0530_ses-01_run-7_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0531_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0531_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0533_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0534_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0541_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0544_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0549_ses-01_run-15_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0555_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0556_ses-01_run-2_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0558_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0561_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0568_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0575_ses-01_run-11_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0575_ses-01_run-15_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0576_ses-01_run-22_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0576_ses-01_run-7_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0578_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0585_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0594_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0595_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0599_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0609_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0618_ses-01_run-11_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0619_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0621_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0623_ses-01_run-17_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0624_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0625_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0629_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "MGH_Wild speckle/noise-only volumes found in drill_mgh_derived_all.png"
 },
 "scan/PT025_MGH_Wild_sub-0646_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0648_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0655_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0658_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0662_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0676_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0678_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0681_ses-01_run-4_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0684_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0684_ses-01_run-17_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0685_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0686_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0687_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0688_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0688_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0691_ses-01_run-2_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0692_ses-01_run-18_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0693_ses-01_run-15_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0694_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0697_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "MGH_Wild speckle/noise-only volumes found in drill_mgh_derived_all.png"
 },
 "scan/PT025_MGH_Wild_sub-0700_ses-01_run-11_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0701_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0704_ses-01_run-12_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0704_ses-01_run-16_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0704_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0704_ses-01_run-20_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0704_ses-01_run-9_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-10_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-11_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-13_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-14_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-15_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-17_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-18_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-19_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-1_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-20_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-21_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-22_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-23_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-2_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-3_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-4_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-6_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-7_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-8_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0705_ses-01_run-9_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0709_ses-01_run-11_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0710_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0714_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0715_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0719_ses-01_run-7_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0723_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0726_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0730_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0733_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0739_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0740_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0741_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0743_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0746_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0757_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0759_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0775_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0788_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "MGH_Wild speckle/noise-only volumes found in drill_mgh_derived_all.png"
 },
 "scan/PT025_MGH_Wild_sub-0792_ses-01_run-18_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0792_ses-01_run-7_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0794_ses-01_run-7_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0806_ses-01_run-20_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0812_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0814_ses-01_run-14_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0814_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0819_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0820_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0820_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0827_ses-01_run-4_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0833_ses-01_run-11_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0835_ses-01_run-16_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0836_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0836_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0838_ses-01_run-16_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0840_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0843_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0858_ses-01_run-15_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0859_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0861_ses-01_run-15_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0861_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0869_ses-01_run-13_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0869_ses-01_run-16_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0871_ses-01_run-16_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0871_ses-01_run-4_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0872_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0873_ses-01_run-7_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0874_ses-01_run-20_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0874_ses-01_run-5_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0884_ses-01_run-1_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0884_ses-01_run-2_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0889_ses-01_run-1_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0889_ses-01_run-2_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0889_ses-01_run-3_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0889_ses-01_run-4_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0889_ses-01_run-5_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0889_ses-01_run-6_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0889_ses-01_run-7_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0900_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0903_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0903_ses-01_run-2_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0903_ses-01_run-7_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0930_ses-01_run-2_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0935_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-0974_ses-01_run-1_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0974_ses-01_run-2_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0974_ses-01_run-3_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0974_ses-01_run-4_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0974_ses-01_run-5_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0974_ses-01_run-6_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-0974_ses-01_run-7_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-1008_ses-01_run-7_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "MGH_Wild speckle/noise-only volumes found in drill_mgh_derived_all.png"
 },
 "scan/PT025_MGH_Wild_sub-1012_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-1020_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-1021_ses-01_run-12_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-1038_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-1066_ses-01_run-4_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-1072_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-1086_ses-01_run-1_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-1089_ses-01_run-1_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-1089_ses-01_run-2_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-1089_ses-01_run-3_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-1089_ses-01_run-4_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-1089_ses-01_run-5_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-1113_ses-01_run-7_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-1114_ses-01_run-7_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT025_MGH_Wild_sub-1114_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-1129_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT025_MGH_Wild_sub-1132_ses-01_run-9_scan.jvol": {
  "added": "2026-09-28",
  "class": "derived_map",
  "evidence": "MGH_Wild 'scan' edge/gradient-like derived maps (not acquisitions); Liam approved quarantining the class 28 Sep; k-means on thumbnails+intensity stats (30 clusters, all viewed: drill_mgh_clusters.png), then every member of the 6 edge-like clusters assigned by eye (drill_mgh_derived_all.png)"
 },
 "scan/PT030_OpenNeuro_ds002367_sub-08_ses-01_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds002367_sub-11_ses-01_scan.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "scan/PT030_OpenNeuro_ds002367_sub-14_ses-01_scan.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "scan/PT030_OpenNeuro_ds003563_sub-01_ses-61_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds003563_sub-01_ses-63_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds003764_sub-61_ses-01_run-10_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds003764_sub-61_ses-01_run-1_scan.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "scan/PT030_OpenNeuro_ds003764_sub-61_ses-01_run-2_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds003764_sub-61_ses-01_run-3_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds003764_sub-61_ses-01_run-4_scan.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "scan/PT030_OpenNeuro_ds003764_sub-61_ses-01_run-5_scan.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "scan/PT030_OpenNeuro_ds003764_sub-61_ses-01_run-6_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds003764_sub-61_ses-01_run-7_scan.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "scan/PT030_OpenNeuro_ds003764_sub-61_ses-01_run-8_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds003764_sub-61_ses-01_run-9_scan.jvol": {
  "added": "2026-09-27",
  "class": "blank_or_corrupt",
  "evidence": "constant (p99.5<=p0.5) or <2% head voxels; all 15 viewed (drill_blank.png): blank, mask-like blobs, corrupted slab"
 },
 "scan/PT030_OpenNeuro_ds005533_sub-04_ses-01_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds005533_sub-04_ses-02_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds005533_sub-05_ses-01_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds005533_sub-05_ses-02_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds005533_sub-06_ses-01_scan.jvol": {
  "added": "2026-09-28",
  "class": "blank_or_corrupt",
  "evidence": "viewed individually in drill_nonstruct_review_{0,2}.png: block-corrupted, noise-only, blank or tiny-blob volumes"
 },
 "scan/PT030_OpenNeuro_ds006131_sub-01_ses-01_run-1_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT030_OpenNeuro_ds006131_sub-02_ses-01_run-1_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT030_OpenNeuro_ds006131_sub-03_ses-01_run-2_scan.jvol": {
  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
 "scan/PT030_OpenNeuro_ds006131_sub-04_ses-01_run-1_scan.jvol": {
  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "class": "duplicate_copy",
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
 },
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  "added": "2026-09-30",
  "class": "duplicate_copy",
  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
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  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "added": "2026-09-30",
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  "evidence": "same scan stored twice: shared noise realisation (Laplacian residual corr >= 0.5) across different subject IDs, verified by eye across bands (drill_dup_noise_bands.png); one member kept per group (BraTS preferred over MSD)"
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  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
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  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-09_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-10_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-11_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-13_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-14_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-15_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-23_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-24_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-25_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-26_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-27_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-28_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-29_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-31_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-32_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-33_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-34_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-35_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-36_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-37_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-38_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-39_ses-01_run-1_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-40_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
 "swi/PT030_OpenNeuro_ds004717_sub-41_ses-01_run-2_swi.jvol": {
  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 },
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  "added": "2026-09-27",
  "class": "phase_or_field_map",
  "evidence": "signed, symmetric (0.6<-min/max<1.6), 0.2<neg_in_head<0.9, modality gre/swi/angio/T2w; all 339 viewed: wrapped phase (gre), SWI phase, B0 field maps (WAND T2w), phase/noise (angio)"
 }
}