Elevated arterial blood pressure can cause () A: Prolonged ventricular isovolumic systolic period B: Prolonged ventricular rapid ejection period C: Prolonged ventricular slow ejection period D: Prolonged ventricular fast filling period E: Prolonged ventricular slow filling period
Elevated arterial blood pressure can cause () A: Prolonged ventricular isovolumic systolic period B: Prolonged ventricular rapid ejection period C: Prolonged ventricular slow ejection period D: Prolonged ventricular fast filling period E: Prolonged ventricular slow filling period
Wide QRS complex in electrocardiogram is helpful to differentiate ventricular tachycardia from paroxysmal supra ventricular tachycardia (PSVT).
Wide QRS complex in electrocardiogram is helpful to differentiate ventricular tachycardia from paroxysmal supra ventricular tachycardia (PSVT).
The mechanism of bluish violet in faroux's tetralogy is related to many factors A: Increased right ventricular pressure B: Decreased pulmonary circulation C: Right ventricular blood enters the left ventricle through the ventricular defect D: Right ventricular blood enters the aorta directly E: Heart failure
The mechanism of bluish violet in faroux's tetralogy is related to many factors A: Increased right ventricular pressure B: Decreased pulmonary circulation C: Right ventricular blood enters the left ventricle through the ventricular defect D: Right ventricular blood enters the aorta directly E: Heart failure
What is the ECG diagnosis? [img=650x131]17de86e2f86d9bc.png[/img] A: Supraventricular tachycardia B: Ventricular tachycardia C: Ventricular fibrillation D: Asystole
What is the ECG diagnosis? [img=650x131]17de86e2f86d9bc.png[/img] A: Supraventricular tachycardia B: Ventricular tachycardia C: Ventricular fibrillation D: Asystole
Complete compensatory pause could be seen in A: atrial premature beats. B: ventricular premature beats. C: junctional premature beats. D: bigeminy of ventricular premature contraction. E: sinus premature beats.
Complete compensatory pause could be seen in A: atrial premature beats. B: ventricular premature beats. C: junctional premature beats. D: bigeminy of ventricular premature contraction. E: sinus premature beats.
Which of the following arrhythmias can not be treated with Lidocaine?() A: ventricular fibrillation B: premature ventricualr contraction caused by AMI C: supraventricular tachycardia D: premature ventricualr contraction E: ventricular arrhythmia induced by cardiac glycoside intoxication
Which of the following arrhythmias can not be treated with Lidocaine?() A: ventricular fibrillation B: premature ventricualr contraction caused by AMI C: supraventricular tachycardia D: premature ventricualr contraction E: ventricular arrhythmia induced by cardiac glycoside intoxication
Which of the following means heart chamber? A: vein B: ventricular C: artery D: capillary
Which of the following means heart chamber? A: vein B: ventricular C: artery D: capillary
原发性高血压的心脏并发症中,最常见且首先出现的是:() A: Angina<br/>pectoris B: Arrhythmia C: Left<br/>ventricular enlargement D: Left<br/>ventricular hypertrophy E: Heart<br/>failure
原发性高血压的心脏并发症中,最常见且首先出现的是:() A: Angina<br/>pectoris B: Arrhythmia C: Left<br/>ventricular enlargement D: Left<br/>ventricular hypertrophy E: Heart<br/>failure
A 42-year-old male presents with the following ECG. Which of the following is the most likely diagnosis for this patient?[img=841x121]1803a04670a1f72.png[/img] A: Left atrial hypertrophy B: Right atrial hypertrophy C: Left ventricular hypertrophy D: Right ventricular hypertrophy E: Both sides atrial hypertrophy
A 42-year-old male presents with the following ECG. Which of the following is the most likely diagnosis for this patient?[img=841x121]1803a04670a1f72.png[/img] A: Left atrial hypertrophy B: Right atrial hypertrophy C: Left ventricular hypertrophy D: Right ventricular hypertrophy E: Both sides atrial hypertrophy
Which of<br/>the followings are the mechanisms of ventricular diastolic<br/>dysfunction? () A: Delayed<br/>restoration of Ca 2+ B: Reduced<br/>diastolic potential energy of ventricles C: Dysfunction<br/>of excitation-contraction coupling D: Reduced<br/>ventricular compliance E: Disorder<br/>of dissociation of myosin-actin complex
Which of<br/>the followings are the mechanisms of ventricular diastolic<br/>dysfunction? () A: Delayed<br/>restoration of Ca 2+ B: Reduced<br/>diastolic potential energy of ventricles C: Dysfunction<br/>of excitation-contraction coupling D: Reduced<br/>ventricular compliance E: Disorder<br/>of dissociation of myosin-actin complex