Anteroseptal hypokinesia after myocardial infarction
Updates to Study Attributes
Late enhancing transmural left myocardial scar in the anterior wall, the septum and the apex. Local hypokinesia in this region on the 2 D FIESTA cine images. Global LV function was normal (EF= 66%). A thrombus could not be found.
Image MRI (SSFE) ( update )
Image MRI (SSFE) ( update )
Image MRI (SSFE) ( update )
Image MRI (SSFE) ( update )
Image MRI (SSFE) ( update )
Image MRI (late phase (~10 mins)) ( update )
Image MRI (late phase (~10 mins)) ( update )
Image MRI (late phase (~10 mins)) ( update )
Image MRI (late phase (~10 mins)) ( update )
Image MRI (Short axis) ( update )
Image MRI (Long axis) ( update )
Updates to Case Attributes
Recent advances in the anterior wall, the septum and the apexMRI have made it possible to assess myocardial infarction in patients. Local hypokinesia in this region on the 2 D FIESTAcan be identified with cine images. Global LV function was normal (EF= 66%). A thrombus could not while scar tissues can be foundidentified using late gadolinium enhancement (LGE) images which are obtained 10 minutes after gadolinium injection.
-Late enhancing transmural left <a href="/articles/delayed-myocardial-enhancement" title="Delayed myocardial enhancement">myocardial scar</a> in the anterior wall, the septum and the apex. Local hypokinesia in this region on the 2 D FIESTA cine images. Global LV function was normal (EF= 66%). A thrombus could not be found.- +<p>Recent advances in MRI have made it possible to assess myocardial infarction in patients. Local hypokinesia can be identified with cine images while <a title="scar tissues" href="/articles/delayed-myocardial-enhancement">scar tissues</a> can be identified using late gadolinium enhancement (LGE) images which are obtained 10 minutes after gadolinium injection.</p>