Cardiovascular Drugs 6

Question 1

What are the Class IB Antiarrhythmic drugs?

Answer 1

Question 2

How do Class IB Antiarrhythmics affect the myocardium membrane potential?

Answer 2

Question 3

What’s the mechanism of action of lidocaine?

Answer 3

Question 4

What are the clinical applications of a lidocaine?

Answer 4

Question 5

What are the adverse effects of lidocaine?

Answer 5

Question 6

What is mixelitine?

Answer 6

Question 7

What are Class IC Antiarrhythmic drugs?

Answer 7

Question 8

How do Class IC Antiarrhythmic affect affect membrane potential?

Answer 8

Question 9

What are the clinical application of Flecainide?

Answer 9

Question 10

What are the adverse effects of Flecainide?

Answer 10

Question 11

What are the Propafenone clinical applications?

Answer 11

Question 12

Summarize the effects of Class I Antiarrhythmic drugs affects on membrane potential

Answer 12

Question 13

What are class II Antiarrhythmic drugs?

Answer 13

Question 14

How do class II Antiarrhythmic affect node action potential?

Answer 14

Question 15

How can propranolol & metoprolol be used as Antiarrhythmic drugs?

Answer 15

Question 16

What is the clinical application of esmolol?

Answer 16

Question 17

What are the clinical application of esmolol?

Answer 17

Question 18

What are the adverse effects of class II Antiarrhythmic drugs?

Answer 18

Question 19

What are class III Antiarrhythmics?

Answer 19

Question 20

How do class III Antiarrhythmic drugs affect cardiomyocyte membrane potential ?

Answer 20

Question 21

How do Class III Antiarrhythmic

Answer 21

Question 22

What is the mechanism of action of Amiodarone?

Answer 22

Question 23

What are the clinical applications of Amiodarone?

Answer 23

Question 24

What is the PK of Amiodarone?

Answer 24

Question 25

What are the AE of Amiodarone?

Answer 25

Question 26

What are the contraindications of Amiodarone?

Answer 26

Question 27

What is the mechanism of action of Sotalol?

Answer 27

Question 28

What are the clinical applications of sotalol?

Answer 28

Question 29

What are the adverse effects of Sotalol?

Answer 29

Question 30

What are the clinical applications of Dofetilide?

Answer 30

Question 31

What are the pharmacokinetics and adverse effects of Dofetilide?

Answer 31

Question 32

What are Class IV Antiarrhythmics?

Answer 32

Question 33

How do class IV affect Antiarrhythmics affect affect membrane potential?

Answer 33

Question 34

What are the effects of Verapamil, and diltiazem?

Answer 34

Question 35

Describe the mechanism of action of Verapamil, and diltiazem

Answer 35

Question 36

What are the clinical applications of Verapamil, and diltiazem?

Answer 36

Question 37

What are the adverse effects of Verapamil, diltiazem?

Answer 37

Question 38

What are the clinical applications of Digoxin?

Answer 38

Question 39

Describe the mechanism of action of Digoxin

Answer 39

Question 40

What are the Antiarrhythmic actions of digoxin?

Answer 40

Question 41

What are the adverse effects of digoxin?

Answer 41

Question 42

What is adenosine?

Answer 42

Question 43

What is the mechanism of action of adenosine?

Answer 43

Question 44

What are the adverse effects of adenosine?

Answer 44

Question 45

What is the use of magnesium?

Answer 45

Question 46

How can atropine help with arrhythmias?

Answer 46

Question 47

What’s mechanism for anti-arrhtymkc drug actions?

Answer 47

Question 48

What anti-arrhythmic drug acts on each tissue?

Answer 48

Question 49

Classify anti-arrhythmics based on which they are most useful for

Answer 49

Question 50

What is atrial fibrillation?

Answer 50

Question 51

Contrast rare vs rhythm control

Answer 51

Question 52

Describe drug therapy for rate and rhythm control

Answer 52

Question 53

How do we prevent thromboembolic events?

Answer 53