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Aorta-to-Left Ventricle Tunnel Associated with Noncompaction Left Ventricle
Journal of the American Society of Echocardiography, 2006We present a case of aorta-to-left ventricle (LV) tunnel and noncompaction LV in a 26-year-old woman. She was referred to our echocardiography laboratory for evaluation of aortic regurgitation by echocardiographic examination, which led to the diagnosis of the congenital abnormality of aorta-to-LV tunnel and noncompaction LV.
Anita, Sadeghpour +7 more
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The motion of the left ventricle. I
The Bulletin of Mathematical Biophysics, 1966The complex arrangement of the muscle fibers in the ventricular wall and the nonsymmetric contraction and expansion of the ventricle preclude the writing of a differential equation of motion for the ventricle as a whole. We can, however, describe the motion of the ventricle by describing the motion of the dimensional parameters length and diameter; the
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1.5-Ventricle Repair Using Left Ventricle as the Subpulmonary Ventricle
The Annals of Thoracic Surgery, 2020The use of the left ventricle as the subpulmonary ventricle to achieve a 1.5 or biventricular circulation is feasible in heterotaxy patients with complex intracardiac anatomy and acceptable right ventricular function. It is an alternative in patients who are not ideal candidates for single-ventricle palliation.
Corinne W, Tan +4 more
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2010
The left ventricle forms the apex and the lower part of the left heart border. It is shaped like a cone (ellipsoid of revolution) with its long axis directed from the apex to the base. Real-time 3D TEE may depict the internal configuration of the ventricle by properly cutting the left ventricle through longitudinal planes.
Francesco F. Faletra +5 more
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The left ventricle forms the apex and the lower part of the left heart border. It is shaped like a cone (ellipsoid of revolution) with its long axis directed from the apex to the base. Real-time 3D TEE may depict the internal configuration of the ventricle by properly cutting the left ventricle through longitudinal planes.
Francesco F. Faletra +5 more
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Abstract As with the right ventricle, the left ventricle has inlet, apical, and outlet components. And, again as with the right ventricle, each of the components is morphologically distinct in the normal heart. The inlet part supports the leaflets of the mitral valve, albeit that the deep infero-septal recess of the outflow tract ...
Demosthenes Katritsis +4 more
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Demosthenes Katritsis +4 more
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Pseudo-Pseudoaneurysm of the Left Ventricle
Cardiology, 1998Left ventricular pseudoaneurysms are an uncommon complication of myocardial infarction and need urgent surgical repair. Though it is critical that they be accurately identified, pseudoaneurysms are occasionally misdiagnosed. We report an abnormality which may be mislabeled a pseudoaneurysm which we term a pseudo-pseudoaneurysm. The approach to accurate
B K, Singh, A L, Greene, M E, Ritchie
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Congenital diverticulum of the left ventricle
The Japanese Journal of Thoracic and Cardiovascular Surgery, 2001We present a case of a congenital left ventricular diverticulum of fibrous type that was surgically repaired. Considering the potential risks such as rupture, systemic thromboembolism, and arrhythmia, an early surgical intervention should be employed for this rare abnormality even in a child without clinical symptoms.
T, Uchida +5 more
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2009
Assessment of the left ventricle may be the primary objective in a peroperative TEE study (especially for noncardiac surgery), in ventilated patients or in patients “resistant” to ultrasound via the transthoracic approach (due to body habitus). In other studies, it is secondary, but a very important objective.
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Assessment of the left ventricle may be the primary objective in a peroperative TEE study (especially for noncardiac surgery), in ventilated patients or in patients “resistant” to ultrasound via the transthoracic approach (due to body habitus). In other studies, it is secondary, but a very important objective.
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2012
The study of left ventricular systolic and diastolic function and kinetics is crucial in the emergency department and the ICU. The echographic examination, together with continuous wave Doppler and pulsed wave Doppler assessment of flow, color flow mapping, and tissue Doppler imaging, is able to assess not only morphological data, but also standard ...
Armando Sarti +2 more
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The study of left ventricular systolic and diastolic function and kinetics is crucial in the emergency department and the ICU. The echographic examination, together with continuous wave Doppler and pulsed wave Doppler assessment of flow, color flow mapping, and tissue Doppler imaging, is able to assess not only morphological data, but also standard ...
Armando Sarti +2 more
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2014
The ventricular wall is separated from the LA by the atrioventricular groove, from which the coronary sinus and the LCx extend. The left ventricular anterior wall is demarcated from the RV by the interventricular sulcus, an important marker of the LV and in which is found the LAD (Fig. 8.1).
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The ventricular wall is separated from the LA by the atrioventricular groove, from which the coronary sinus and the LCx extend. The left ventricular anterior wall is demarcated from the RV by the interventricular sulcus, an important marker of the LV and in which is found the LAD (Fig. 8.1).
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