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. 2013 Dec 27;111(1):E159–E167. doi: 10.1073/pnas.1306516111

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Fig. 2. — and f_L changes observed in gray and white matter as a function of fiber orientation relative to B₀ (for white matter) and surface normal orientation relative to B₀ (for gray matter). The ROIs used for this analysis are displayed in A, E, and I. The linear model is overlaid on B and F. The GL model fit is overlaid on C and G. J and K demonstrate the and f_L changes observed in the basal ganglia structures as a function of brain orientation. D, H, and L demonstrate the linear relationships between the orientation dependence of and f_L in white and gray matter. Error bars in B–D, F–H, and J–L represent SEM.

Inline graphic — and f_L changes observed in gray and white matter as a function of fiber orientation relative to B₀ (for white matter) and surface normal orientation relative to B₀ (for gray matter). The ROIs used for this analysis are displayed in A, E, and I. The linear model is overlaid on B and F. The GL model fit is overlaid on C and G. J and K demonstrate the and f_L changes observed in the basal ganglia structures as a function of brain orientation. D, H, and L demonstrate the linear relationships between the orientation dependence of and f_L in white and gray matter. Error bars in B–D, F–H, and J–L represent SEM.