6 results
cardiology echocardiogram pocus cardiac amyloidosis arterial cardiomyopathy effusion failure hypertension mural myocardialinfarction pah pseudoaneurysm pulmonary restrictive rupture rv s4c tamponade
Cardiac Rupture with Pericardial Effusion Apical 4 chamber. Note larger right sided pericardial effusion with significant compression
Effusion Apical ... Note larger right ... MyocardialInfarction #AMI ... ultrasound #Cardiology #A4c ... #clinical
►
 Pseudoaneurysm with Thrombus on Echocardiogram (A4C) Something that once looked like a true LV aneurysm w/thrombus, turned
Echocardiogram (A4C ... looked like a true LV ... Pseudoaneurysm #apical ... #Thrombus #a4c ... Echocardiogram #clinical
►
 Huge mural thrombus occupying 1/3 the LV. MI effecting [LAD territory] In PLAX view, The unechoic line between
occupying 1/3 the LV ... MI effecting [LAD ... DD the [apical HOCM ... #clinical #cardiology ... echocardiogram #pocus #a4c
►
 Amyloidosis on POCUS Echocardiogram - Apical 4 Chamber (A4C) Pt with systemic AL amyloidosis presents with 1
Echocardiogram - Apical ... 4 Chamber (A4C) ... Has new large pericardial ... effusion in addition ... Echocardiogram #Cardiology #A4C
►
 Restrictive Cardiomyopathy on Echocardiogram - Apical 4 Chamber View RCM is a disease of diastole —> severe
Echocardiogram - Apical ... is late RCM as LV ... septum might look ... Echocardiogram #clinical ... echocardiogram #cardiology #a4c
►
 RV Failure secondary to Pulmonary Arterial Hypertension on Echocardiogram Pulmonary arterial hypertension resulting in severe RV dilation
identifying the RV vs LV ... ventricle with the apically ... displaced valve (the tricuspid ... Echocardiogram #clinical ... #cardiology #s4c
►
No results found for "s4c+effusion+s4c+a4c pivot atrial tricuspid a4c clinical thrombus lv pericardial apical right ami"
Try removing search terms or sorting by relevance
Or Upload an image for you and others searching for #s4c+effusion+s4c+a4c #pivot #atrial #tricuspid #a4c #clinical #thrombus #lv #pericardial #apical #right #ami