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. Author manuscript; available in PMC: 2022 Oct 14.

Published in final edited form as: J Neuroimaging. 2021 Sep 10;32(1):68–79. doi: 10.1111/jon.12929

Figure 3. — Anatomical landmarks visibility comparison between high-resolution (HR) scans (Fig3A) and super-resolution (SR) reconstructed images (Fig3B). The arrows indicate (a, a*) crossroad areas 2 (green), band of migrating glial and neuronal cells (red), germinal matrix (orange), (b, b*) crossroad areas 5, (c, c*) von Monakow II segments, (d, d*) Posterior limb of the internal capsule myelin (yellow), (e, e*) hippocampus and (f, f*) subplate compartments according to Pittet et al.²⁵ These slices were chosen to best show structures of a newborn. Only the figures on (d, d*) displayed in axial view, the rest were shown in coronal view.

Figure 3. — Anatomical landmarks visibility comparison between high-resolution (HR) scans (Fig3A) and super-resolution (SR) reconstructed images (Fig3B). The arrows indicate (a, a*) crossroad areas 2 (green), band of migrating glial and neuronal cells (red), germinal matrix (orange), (b, b*) crossroad areas 5, (c, c*) von Monakow II segments, (d, d*) Posterior limb of the internal capsule myelin (yellow), (e, e*) hippocampus and (f, f*) subplate compartments according to Pittet et al.²⁵ These slices were chosen to best show structures of a newborn. Only the figures on (d, d*) displayed in axial view, the rest were shown in coronal view.