EchoTest Pro Quiz Challenge

Test

Parties jouées 2

Créer une copie

À propos de cette activité

Test your knowledge about EchoTest Pro with this fun quiz game!

Créé par

Echo Lady

United States

Téléchargez la version pour jouer sur papier

Top 10 résultats

Il n'y a toujours pas de résultats pour ce jeu. Soyez le premier à apparaître dans le classement! Connectez-vous pour vous identifier.

Créez votre propre jeu gratuite à partir de notre créateur de jeu

Affrontez vos amis pour voir qui obtient le meilleur score dans ce jeu

Créer un défi

		%
	Anonyme	%
		%
		%

Imprimez votre jeu

EchoTest Pro Quiz Challenge


EchoTest Pro Quiz ChallengeVersion en ligne Test your knowledge about EchoTest Pro with this fun quiz game! par Echo Lady 1 Which factor does NOT determine LV end systolic circumferential wall stress? a A. Left ventricular (LV) end systolic dimension b C. Left ventricular (LV) systolic wall thickness c D. Left ventricular (LV) pressure at mitral valve closure d B. Left ventricular (LV) end systolic pressure 2 Which is least likely to reduce LV end systolic wall stress? a B. Fractional shortening b A. Ejection fraction c D. LV positive dp/dt d C. Velocity of circumferential shortening 3 What is the response of LV end systolic volume to increased wall stress? a B. A decrease b D. Variable response c A. An increase d C. No change 4 What happens to the ESV-ESWS curve during dobutamine infusion? a D. Flatter b B. Upward c A. Down d C. No shift 5 In LV dysfunction, the ESV-ESWS curve is likely to be: a B. Flatter b D. Linear c C. None of the above d A. Steeper 6 Which factor least affects the mitral E/A ratio? a A. Tau b E. Cardioversion for atrial fibrillation performed 2 h ago c B. Modulus of LV chamber stiffness d C. Left atrial pressure 7 Which condition is least likely to diminish mitral A-wave amplitude? a C. Acute rise in LV end diastolic pressure b B. Myopathic left atrium c D. Severe aortic stenosis with mild LV hypertrophy and normal LV ejection fraction d A. Recent cardioversion 8 What condition causes a reduction in pulmonary arterial flow acceleration time? a D. Right ventricular (RV) dysfunction b B. Pulmonary hypertension c C. Dilated pulmonary artery d A. Pulmonary stenosis 9 In acute severe aortic regurgitation, which change is least likely? a B. Premature presystolic closure of the mitral valve b D. Increased amplitude and duration of pulmonary AR-wave c C. Diastolic mitral regurgitation d A. Reduction of A-wave amplitude 10 An abnormal LV relaxation pattern indicates: a C. High output failure b B. Normal LV function c D. Severe mitral regurgitation d A. Mean LA pressure of 10 mmHg and LV end diastolic pressure 11 What does LV end systolic wall stress (ESWS) measure? a Contractility b Afterload c Preload d Heart rate 12 What is the relationship between ESWS and ESV in LV dysfunction? a Flat relationship b Decreased ESV c No change d Steeper increase in ESV 13 What effect does dobutamine have on LV end systolic volume? a No effect b Increases LV end systolic volume c Reduces LV end systolic volume d Increases afterload 14 What does impaired relaxation do to IVRT? a Prolongs IVRT b Shortens IVRT c Increases heart rate d No effect 15 How does high LA pressure affect E-wave amplitude? a No effect b Increases A-wave amplitude c Increases E-wave amplitude d Decreases E-wave amplitude 16 What happens to A-wave amplitude in acute atrial regurgitation? a No change b Diminishes or eliminates A-wave amplitude c Increases E-wave amplitude d Increases A-wave amplitude 17 What does the E/Em ratio indicate? a Heart rate b LA pressure c Atrial size d LV contractility 18 What is the effect of a fast heart rate on IVRT? a Increases afterload b Prolongs IVRT c Diminishes IVRT d No effect 19 What does an increase in ESV for a given ESWS suggest? a Increased contractility b No change c Reduced LV systolic performance d Improved performance 20 How does acute rise in LVEDP affect atrial contraction? a Enhances atrial ejection function b Diminishes atrial ejection function c No effect d Increases preload Feedback 1 Systolic wall stress is the force that myocardial fibers have to overcome in order to affect circumferential shortening. It is proportional to LV size and intracavity pressure and inversely proportional to wall thickness. There are three types of wall stresses operating on the myocardium. These are circumferential, radial, and meridiona 2 The first three measures are afterload dependent and positive dp/dt is preload dependent. LV end systolic wall stress (ESWS) is a good measure of afterload, whereas LV end diastolic wall stress is a good measure of preload.

Vous pouvez intégrer le jeu dans un LMS compatible avec LTI 1.1 ou LTI 1.3 comme Canvas, Moodle ou Blackboard. Les scores seront ainsi automatiquement enregistrés dans le carnet de notes de la plateforme.

EchoTest Pro Quiz Challenge

Test

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

Top Jeux

Test

Tissues - Practice Quiz

Test

Spanish Alphabet Listening

Test

Photosynthesis vs Cellular Respiration - Practice Quiz

Test

Practice Quiz - Punnett Square, Variation, and Mutations

Test

UPS 5 Seeing Habits Quiz

EchoTest Pro Quiz ChallengeVersion en ligne

par Echo Lady

Which factor does NOT determine LV end systolic circumferential wall stress?

Which is least likely to reduce LV end systolic wall stress?

What is the response of LV end systolic volume to increased wall stress?

What happens to the ESV-ESWS curve during dobutamine infusion?

In LV dysfunction, the ESV-ESWS curve is likely to be:

Which factor least affects the mitral E/A ratio?

Which condition is least likely to diminish mitral A-wave amplitude?

What condition causes a reduction in pulmonary arterial flow acceleration time?

In acute severe aortic regurgitation, which change is least likely?

An abnormal LV relaxation pattern indicates:

What does LV end systolic wall stress (ESWS) measure?

What is the relationship between ESWS and ESV in LV dysfunction?

What effect does dobutamine have on LV end systolic volume?

What does impaired relaxation do to IVRT?

How does high LA pressure affect E-wave amplitude?

What happens to A-wave amplitude in acute atrial regurgitation?

What does the E/Em ratio indicate?

What is the effect of a fast heart rate on IVRT?

What does an increase in ESV for a given ESWS suggest?

How does acute rise in LVEDP affect atrial contraction?

Feedback