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The subcostal views of the heart allows the assessment of both the left and right sides of the heart, which is not possible with parasternal planes. To get a ...ther hand is similar to the parasternal view and is ideal for studying the right side of the heart.

*[[VSD|Ventricular Septal Defects]]

...ne valve. Vegetations develop on the "upstream" side of the valve, usually ventricular side aortic valve or mitral valve of atrial side. Vegetations on the tricus

.... You will know that you have acquired a true apical two chamber view when right-sided structures are not seen. The landmark of a true apical two chamber is ...l motion abnormalities can be seen using the apical two chamber view. Left ventricular thrombus can also be detected and its presence confirmed.

!rowspan="4" valign="top"|Arrythmogene right ventricular cardiomyopathy (ARVC) *Ventricular fibrillation by slow conduction velocities, guide block and spatial variati

...rior walls, and portions of the apex), aortic valve, ascending aorta, left ventricular outflow tract, left atrium, and mitral valve (posterior and anterior leafle ...um, its contents, area, and size are can be completely evaluated. The left ventricular outflow tract may be evaluated for subaortic obstructions or membranes.

==Left ventricular diastolic function== ...moderate diastolic dysfunction (pseudonormal), '''III:''' restrictive left ventricular filling (impaired LV compliance), ECG: electrocardiogram, MI: mitral inflow

...and the left upper extremity, the head and neck have their drain into the right atrium via the coronary sinus, with the result that the coronary sinus to d ...dered benign, but is very often associated with cardiac abnormalities (eg, ventricular septal defect, atrioventricular septal defect) which have a significant mor

!Right atrium !Left ventricular

...the assessment of pulmonary vein flow and intracardiac shunts in cases of ventricular and atrial septal defects. This technique also assists in continuous wave D

|Left ventricular |Right sided

...of the mitral valve shows a motion pattern which is the reflection of the ventricular filling’s phasic nature and produces an M-shaped pattern. The posterior i ...g diastolic movement of the mitral valve, occurs because of the rapid left ventricular filling. During the F-point, the valve assumes an almost closed position du

*[[VSD|Ventricular Septal Defects]]

...causes of cardiac arrest, which are not a direct consequence of a primary ventricular arrhythmia. The most common and reversible causes of cardiac arrest include

This view is usually taken right after the parasternal long axis view. So with the probe already at the left ...cle and mitral leaflet excursion as well as visualization of a part of the right ventricle. Any abnormalities in the curvature of the interventricular sept

...ental to the area of the other ventricle. When inhaling the filling of the right ventricle does at the expense of the filling of the left ventricle. This is *Late diastolic to systolic early collapse of right and left atrium

...'. These windows are left parasternal, apical, subcostal, suprasternal and right parasternal. Because of the properties of ultrasound, intrathoracic fluid ( -right ventricular inflow view (RVIT)

This view is usually taken right after the parasternal long axis view. So with the probe already at the left ...cle and mitral leaflet excursion as well as visualization of a part of the right ventricle. Any abnormalities in the curvature of the interventricular sept

...lities of the heart such as mitral valve and aortic abnormalities and even ventricular septal defects. There are also different softwares available to determine o

The ventricular septal defect is a common congenital heart defect. Although spontaneous clo ...ic valve area) there will be no obstacle to flow, the pressure in left and right heart will almost be the same. If there is (still) no resistance pulmonary