Tissue viability by contrast echocardiography - EHJ Cardiovascular ...
Tissue viability by contrast echocardiography - EHJ Cardiovascular ...
Tissue viability by contrast echocardiography - EHJ Cardiovascular ...
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S24 L. Agati et al.<br />
Fig. 1. New software is used to identify and track the<br />
endocardial border during contraction. The illustration shows<br />
the endocardial contours at end-diastole and the arrows the<br />
excursion during systole.<br />
an improvement in the definition of all cavities and<br />
borders (Fig. 2).<br />
To increase the diagnostic capability of <strong>echocardiography</strong><br />
we do not need fast but non-diagnostic<br />
procedures in our echo labs. We absolutely need<br />
to spend some more time to produce good and<br />
diagnostic images and this is now feasible with<br />
<strong>contrast</strong>.<br />
Assessment of myocardial infarction and residual<br />
ischemia after AMI<br />
Two recent studies showed in a large series of patients<br />
the additional value of myocardial <strong>contrast</strong><br />
echo in the diagnosis of acute coronary syndrome.<br />
In the first study 21 the authors hypothesized that<br />
regional function and myocardial perfusion may<br />
Fig. 2. Live 3D. Left ventricular opacification for endocardial border enhancement. By using Tomtec software, endocardial surface is<br />
automatically recognized and a 3D reconstruction of LV volume is obtained. Upper panel: two perpendicular long-axis views. Lower<br />
panel: (left) short axis, (right) 3D reconstruction of LV volume.<br />
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