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Exact(17)
Multiplanar reconstructions were obtained in the ventricular short axis at the basal, mid ventricular, and near the apex level, and in a four-chamber view.
Plants were vertically subdivided in three parts: basal, mid and apical.
Myocardial tissue for paraffin embedding was taken from the basal, mid, and apical-cavity levels.
Speckles were tracked frame by-frame throughout the LV wall during the cardiac cycle and basal, mid, and apical regions of interest were created.
Thickness dispersion index (ThDI) was then computed as the average of the SDs of segmental thickness values at the basal, mid- and apical layers.
RV size was measured – basal, mid and longitudinal dimensions (abnormal above 42 mm, 35 mm and 86 mm respectively) – and compared with the LV size.
Similar(43)
Data may be acquired in basal, mid-ventricular and apical short-axis and in four-chamber views.
Longitudinal strain was detected at a basal, mid-, apicalicalevelel of each wall.
We selected frozen sections to evaluate the left ventricle from basal, mid-ventricular, and apical regions.
2D images were obtained of the parasternal long axis and parasternal short axis at basal, mid-ventricular, and apical level.
Myocardial strain was assessed using a grid-based 'tagging' sequence in the horizontal long-axis (four chamber) and three short-axis views (basal, mid-ventricular, apical), each during a single breath hold.
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