The Journal of Neuroscience, March 10, 2004, ():
The Processing of Visual Shape in the Cerebral Cortex of Human and Nonhuman Primates: A Functional Magnetic Resonance Imaging Study
J. Neurosci. Denys et al.
24: 2551
Supplemental data
Files in this Data Supplement:
- Supplemental Figure 1
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Supplemental Figure 1. A, B, Overlap between shape and motion sensitivity in VIPS (A) and DIPSMs (B); same conventions as in Figure 3A. Subject, coronal levels, and field strengths are indicated.
- Supplemental Figure 2
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Supplemental Figure 2. Shape-sensitive regions in individual monkeys. Statistical parametric maps (T-score maps) indicating voxels (colored yellow to red) significantly (p < 0.05 corrected) more active when viewing intact than scrambled images in the left hemisphere of each of the four monkeys. Same conventions as in Figure 5; retinotopic data are those of the hemisphere shown.
- Supplemental Figure 3
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Supplemental Figure 3. Shape sensitivity in passive and task conditions: human. A--O, Activity profiles of human hV3A (A, F, K), post-ITG (B, G, L), mFG (C, H, M), VIPS (D, I, N), and DIPSAs (E, J, O). A--E, Data obtained in experiments comparing passive viewing (P; white bars) with high acuity task (HA; green bars). F--J, Data obtained when subjects performed a one-back task (red). K---O, Data obtained in experiments comparing passive viewing (P; white bars), stimulus-dimming task (DS; light blue), and fixation-dimming task (DF; dark blue). Data from groups of four (A--E), two (F--J), and three (K--O) humans are shown. DG, Distorted grayscale images. Vertical bars indicate SEM (over epochs). Other conventions are as in Figure 7.
- supplemental Table 1
- supplemental Table 2
- supplemental Table 3
- supplemental Table 4
