Mitral Valve Area by Pressure half-time
Mitral Valve Area by Pressure half-time MVA is calculated as —– divided by pressure half-time [A] 120[B] 220[C] 300[D] 328 Mitral Valve Area by Pressure...
Mitral Valve Area by Pressure half-time MVA is calculated as —– divided by pressure half-time [A] 120[B] 220[C] 300[D] 328 Mitral Valve Area by Pressure...
Right ventricular angina Right ventricular angina is seen in [A] MS[B] MR[C] AR[D] PS Right ventricular angina Right ventricular angina Pulmonic stenosis – cause exertional...
Intensity of the holosystolic murmur of TR increases with inspiration [A] Miller sign[B] Carabello sign[C] Carvallo sign[D] Hill’s sign Intensity of the holosystolic murmur of...
Severe Mitral stenosis Severe Mitral stenosis Severe Mitral stenosis is suggested by all EXCEPT [A] Holodiastolic murmur[B] Long A2-OS interval[C] Loud P2[D] Elevated JVP with...
Murmur in Passive leg raising Murmur in Passive leg raising Murmur in Passive leg raising increase in intensity EXCEPT [A] Mitral Stenosis[B] Mitral Regurgitation[C] HOCM[D]...
Murmurs become louder with squatting All of the following Murmurs become louder with squatting EXCEPT [A] Mitral Stenosis[B] Mitral Regurgitation[C] HOCM[D] Aortic Regurgitation Murmurs become...
Murmurs become louder during Valsalva maneuver Murmurs become louder during Valsalva maneuver [A] Mitral Stenosis[B] Mitral Regurgitation[C] HOCM[D] Aortic Regurgitation Murmurs become louder during Valsalva...
Functional mitral stenosis Functional mitral stenosis is seen in [A] Rheumatic Mitral Stenosis[B] Mitral Regurgitation[C] Calcification of the mitral valve[D] Lutembacher’s syndrome Functional mitral stenosis...
Mid-diastolic Murmur due to increased flow across nonstenotic mitral valve Mid-diastolic Murmur due to increased flow across nonstenotic mitral valve seen in all Except [A]...
In Lutembacher’s syndrome with large ASD Lutembacher’s syndrome with large ASD, pulmonary congestion will happen —— than a patient with small ASD [A] Early [B]...
Lutembacher’s syndrome Lutembacher’s syndrome [A] Congenital ASD and Acquired MR[B] Congenital ASD and Congenital MS[C] Congenital ASD and Acquired MS[D] Congenital ASD and Congenital MR...
Most common type of Atrial Septal Defect Most common type of Atrial Septal Defect [A] Sinus venosus[B] Ostium primum[C] Ostium secundum defect[D] Coronary sinus defects...
Cooing dove murmur Cooing dove murmur usually seen in all except [A] Severe aortic valve regurgitation[B] Mitral regurgitation[C] Pulmonary regurgitation[D] Calcific aortic stenosis Cooing dove...
Mid- diastolic apical murmur in acute rheumatic fever Mid- diastolic apical murmur in acute rheumatic fever is called [A] Carey Coombs murmur[B] Graham Steell murmur[C]...
Acute mitral regurgitation classically occurs with Acute mitral regurgitation classically occurs with [A] trauma[B] papillary muscle rupture secondary to myocardial infarction[C] mitral valve prolapse[D] endocarditis...
Acute mitral regurgitation is characterized by Acute mitral regurgitation is characterized by all Except [A] Increase in preload [B] Decrease in afterload [C] Increase in...
Septal depolarisation Normal depolarisation of the septum from [A] left to right[B] right to left [C] Both side at same time[D] Inferior to Superior Normal...
Septal bounce Mitral stenosis Septal bounce seen in [A] Mostly in Systole[B] Early diastole[C] Only systole[D] Both systole and diastole What are the causes of...
Stress echocardiography What are the advantages of Stress Echocardiography ? Which factors decrease the sensitivity and specificity of stress echocardiography? Because of difficulty interpreting wall...
How to differentiate pericardial Knock from S3? What is the Mechanism of pericardial knock? Mechanism of pericardial knock – high-pitched, early diastolic sound that occurs...
Pericardial knock – is a high-pitched early diastolic sound What is the Mechanism of pericardial knock? Mechanism of pericardial knock – high-pitched, early diastolic sound...