Figure 3
Aggregated representation of segmented T2-hyperintense areas after spatial normalization to a standard atlas (MNI152). Coloured areas denote presence of abnormal (hyperintense) white matter in 3D fluid-attenuated inversion recovery sequences. As can be estimated visually, abnormal white matter was more extensive in patients with coronary microcirculatory dysfunction (above) than in those without coronary microcirculatory dysfunction (below).

Aggregated representation of segmented T2-hyperintense areas after spatial normalization to a standard atlas (MNI152). Coloured areas denote presence of abnormal (hyperintense) white matter in 3D fluid-attenuated inversion recovery sequences. As can be estimated visually, abnormal white matter was more extensive in patients with coronary microcirculatory dysfunction (above) than in those without coronary microcirculatory dysfunction (below).

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