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Gaspardone A, Chiariello L, Crea F, De Matteis GM, Gioffrè PA, Polisca P, Proietti I, Tomai F, Versaci F
Temporal Sequence and Spatial Distribution of Ischaemic Changes During Dipyridamole Stress Test - the Key Role of Microvascular Dysfunction
Journal of Clinical and Basic Cardiology 2005; 8 (1-4): 47-53

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Fig. 1: Wall motion analysis Fig. 2: Ischaemic events - Temporal sequence This Image - Fig. 3: Different ischaemic events Fig. 4: Different ischaemic events
Figure/Graphic 3: Different ischaemic events
Flow chart showing the different ischaemic events in the study group during dipyridamole infusion before coronary artery revascularisation. Numbers indicate the number of patients. ECG: electrocardiographic changes; ECHO: echocardiographic changes; LAD-dep: systolic changes in left anterior descending coronary artery-dependent territories; non-LAD-dep: systolic changes in left anterior descending coronary artery independent territories; LAD-dep and non-LAD-dep: systolic changes in left anterior descending coronary artery-dependent and independent territories.
 
Different ischaemic events
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Figure/Graphic 3: Different ischaemic events
Flow chart showing the different ischaemic events in the study group during dipyridamole infusion before coronary artery revascularisation. Numbers indicate the number of patients. ECG: electrocardiographic changes; ECHO: echocardiographic changes; LAD-dep: systolic changes in left anterior descending coronary artery-dependent territories; non-LAD-dep: systolic changes in left anterior descending coronary artery independent territories; LAD-dep and non-LAD-dep: systolic changes in left anterior descending coronary artery-dependent and independent territories.
 
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