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figure2 racial differences in acute coronary
figure2 racial differences in acute coronary
figure1 overall acute coronary
figure1 overall acute coronary
Figure 8 Intraprocedural Use of Biventricular Electrocardiomapping to Guide the Left Ventricular Lead Placement forCardiac Resynchronisation Therapy
Figure 8: Intraprocedural Use of Biventricular Electrocardiomapping to Guide the Left Ventricular Lead Placement forCardiac Resynchronisation Therapy
Figure 7 Biventricular Isopotential Map Yellow Colour Denotes the Earliest Activation During Pre excitation froma Right Posteroseptal Accessory Pathway 12 lead ECG which was Successfully Ablated Fluoroscopic Image atthe Corresponding Site Also Inserted is a Virtual Electrogram QS Morphology from the Site of Earliest VentricularActivation Over the Manifest Pathway
Figure 7: Biventricular Isopotential Map (Yellow Colour Denotes the Earliest Activation) During Pre-excitation froma Right Posteroseptal Accessory Pathway (12-lead ECG), which was Successfully Ablated (Fluoroscopic Image) atthe Corresponding Site. Also Inserted is a Virtual Electrogram (QS Morphology) from the Site of Earliest VentricularActivation Over the Manifest Pathway
Figure 6 Biventricular Isopotential Map Yellow Colour Denotes the Earliest Activation During Premature VentricularComplex 12 Lead ECG Inserted is an Epicardial Virtual Electrogram QS Morphology from the Earliest Site TheFluoroscopic Image at the Site of Successful Ablation and Local Intracardiac Electrogram are Shown As Well
Figure 6: Biventricular Isopotential Map (Yellow Colour Denotes the Earliest Activation) During Premature VentricularComplex (12-Lead ECG). Inserted is an Epicardial Virtual Electrogram (QS Morphology) from the Earliest Site. TheFluoroscopic Image at the Site of Successful Ablation and Local Intracardiac Electrogram are Shown As Well
Figure 5 Focal Source Premature Ectopic Complex Arising from the Anterior Wall of the Right Superior PulmonaryVenous Ostium was Mapped Accurately with the ECM System Isochronal Map Shown and Successfully Ablated atthe Corresponding Site Seen on the Fluoroscopic Image Premature Ectopic Complex Terminated After 9 Seconds ofRadiofrequency Application
Figure 5: Focal Source Premature Ectopic Complex Arising from the Anterior Wall of the Right Superior PulmonaryVenous Ostium was Mapped Accurately with the ECM System (Isochronal Map Shown) and Successfully Ablated atthe Corresponding Site Seen on the Fluoroscopic Image. Premature Ectopic Complex Terminated After 9 Seconds ofRadiofrequency Application
Figure 4 A 12 lead Electrocardiography Showing AtrialTachycardia After Pulmonary Vein Isolation and LeftAtrial Defractionation
Figure 4: A 12-lead Electrocardiography Showing AtrialTachycardia After Pulmonary Vein Isolation and LeftAtrial Defractionation
Figure 3 Biventricular Activaton Maps During ImpulseConduction Over the Normal His Purkinje System Showthe Anterior Right Ventricular Breakthrough in Redand the Latest Activation of the Basal Lateral LeftVentricle in Blue The Broken White Line Demarcates theInterventricular Septum
Figure 3: Biventricular Activaton Maps During ImpulseConduction Over the Normal His-Purkinje System Showthe Anterior Right Ventricular Breakthrough in Redand the Latest Activation of the Basal Lateral LeftVentricle in Blue. The Broken White Line Demarcates theInterventricular Septum
Figure 2 Biatrial Activaton Maps During Sinus RhythmShow the Centrifugal Spread from the Sinus Node to theRest of the Biatrial Geometry
Figure 2: Biatrial Activaton Maps During Sinus RhythmShow the Centrifugal Spread from the Sinus Node to theRest of the Biatrial Geometry
Figure 1 The 252 lead Vest Records TorsoSurface Electrograms
Figure 1: The 252-lead Vest Records TorsoSurface Electrograms