Question 1
Question
Which of the following are non-depolarizing NMBAs?
Answer
-
Rocuronium
-
Succinylcholine
-
Atracurium
-
Nimbex
-
Edrophonium
-
Neostigmine
Question 2
Question
Which of the following is a long-acting NMBA?
Answer
-
pancuronium
-
succinylcholine
-
mivacurium
-
atracurium
Question 3
Question
Which of the following is a contraindication in the use of non-depolarizing neuromuscular blockers?
Question 4
Question
A patient with myotonic dystrophy who receives succinylcholine is at increased risk for which of the following?
Question 5
Question
Which of the following drugs has the longest duration of action in a patient with renal failure?
Answer
-
Neostigmine
-
Rocuronium
-
Succinylcholine
-
Vecuronium
Question 6
Question
Which of the following best explains the failure of non-depolarizing neuromuscular blocking agents to produce fasciculation?
Answer
-
Absence of acetylcholine receptor activation
-
Binding in the iron channel of the acetylcholine receptors
-
Binding to agonist and antagonist sites on the acetylcholine receptors
-
Binding to presynaptic and postsynaptic acetylcholine receptors
Question 7
Question
Excessive potassium release and subsequent elevated serum level would most likely occur following administration of succinylcholine to which of the following patients?
Answer
-
Quadriplegic with recent burn injury
-
Asthmatic with recent bronchospasm
-
Old stroke patient taking oral magnesium
-
Young healthy patient taking oral potassium
Question 8
Question
The characteristics of non-depolarizing NMBAs differ from that of depolarizing except that both exhibit ____________.
Question 9
Question
Pharmacologic and physiologic variables that enhance non-depolarizing NMBAs include all of the following EXCEPT:
Question 10
Question
A series of four twitches at 2Hz every half-second for two seconds: [blank_start]train-of-four[blank_end]
Two short bursts of 50Hz tetanus separated by 0.75 seconds: [blank_start]double-burst simulation[blank_end]
A supramaximal electrical stimulus ranging from 0.1-1.0hz: [blank_start]single twitch[blank_end]
50Hz tetanus for 5 seconds, a 3-second pause, then single twitches of 1Hz: [blank_start]posttetanic count[blank_end]
Consists of rapid delivery of a 30-, 50-, or 100Hz stimulus for 5 seconds: [blank_start]tetanus[blank_end]
Answer
-
train-of-four
-
double-burst simulation
-
single twitch
-
posttetanic count
-
tetanus
Question 11
Question
What term refers to the time from drug administration to its maximum effect?
Answer
-
onset time
-
clinical duration
-
recovery index
-
none of the above
Question 12
Question
The time from drug administration to 90% recovery of a twitch response is known as:
Answer
-
clinical duration
-
total duration of action
-
recovery index
-
none of the above
Question 13
Question
Correctly number the sequence during onset of paralysis from the first to the last.
Abdominal muscles - [blank_start]4[blank_end]
Chest (Intercostals) - [blank_start]3[blank_end]
Diaphragm - [blank_start]5[blank_end]
Extremities - [blank_start]2[blank_end]
Eye lids - [blank_start]1[blank_end]
Answer
-
1
-
2
-
3
-
4
-
5
-
1
-
2
-
3
-
4
-
5
-
1
-
2
-
3
-
4
-
5
-
1
-
2
-
3
-
4
-
5
-
1
-
2
-
3
-
4
-
5
Question 14
Question
The brief duration of succinylcholine is due principally to its rapid hydrolysis in plasma by cholinesterase enzymes.
Question 15
Question
A low dibucaine number and normal enzyme activity indicates: (Select 2)
Question 16
Question
A dibucaine number of 78 with decreased enzyme activity indicates: (select 2)
Answer
-
normal enzyme with low level of enzyme activity
-
atypical enzyme with low level of enzyme activity
-
prolonged apnea
-
another reason for prolonged apnea
Question 17
Question
Which of the following are related to Hofmann elimination and nonspecific esterases?
Answer
-
atracurium
-
cisatracurium
-
mivacurium
-
vecuronium
Question 18
Question
Plasma cholinesterase is the mechanism of elimination for which of the following:
Answer
-
succinylcholine
-
mivacurium
-
pancuronium
-
rocuronium
Question 19
Question
Which of the following cause histamine release and may produce hypotension and tachycardia?
Answer
-
atracurium
-
pancuronium
-
mivacurium
-
succinylcholine
-
none of the above
Question 20
Question
The administration of _____________ can cause sudden, abrupt bradycardia with repeat doses in adults and any dose in children.
Answer
-
atracurium
-
succinylcholine
-
pancuronium
-
none of the above
Question 21
Question
Which of the following agents should be used together because of their rapid onset? (Select 2)
Answer
-
neostigmine
-
edrophonium
-
atropine
-
glycopyrrolate
Question 22
Question
Sugammadex is classified as a selective relaxant binding agent.
Question 23
Question
Sugammadex is effective in reversing all of the following EXCEPT:
Answer
-
rocuronium
-
vecuronium
-
pancuronium
-
atracurium
Question 24
Question
Which of the following local anesthetics are esters?
Answer
-
lidocaine
-
ropivacaine
-
bupivacaine
-
all of the above
-
none of the above
Question 25
Question
Amides tend to be shorter acting due to their rapid metabolism.
Question 26
Question
If a patient has an allergy to an ester drug, all other ester drugs should be avoided.
Question 27
Question
Match the max dose to the correct drug.
Procaine - [blank_start]14[blank_end]
Ropivacaine - [blank_start]3[blank_end]
Chloroprocaine - [blank_start]14[blank_end]
Tetracaine - [blank_start]1[blank_end]
Mepivacaine - [blank_start]7[blank_end]
Bupivacaine - [blank_start]3[blank_end]
Lidocaine - [blank_start]7[blank_end]
Answer
-
1
-
3
-
7
-
14
-
1
-
3
-
11
-
14
-
1
-
3
-
7
-
14
-
1
-
3
-
7
-
11
-
1
-
7
-
11
-
14
-
1
-
3
-
7
-
11
-
3
-
7
-
11
-
14
Question 28
Question
Which of the following LAs has an increased risk of causing cardiotoxicity because of its greater electrophysiologic effects?
Answer
-
Lidocaine
-
Bupivacaine
-
Ropivacaine
-
None of the above
Question 29
Question
Which of the following agents is purely alpha?
Answer
-
phenylephrine
-
norepinephrine
-
dopamine
-
epinephrine
Question 30
Question
The lower the pKa of a drug (closer to pH of 7.4), the faster the onset.
Question 31
Question
The maximum safe dose of lidocaine with epinephrine in tumescent anesthesia for liposuction is:
Answer
-
35-55 mg/kg
-
25-35 mg/kg
-
45-65 mg/kg
-
10-20 mg/kg
Question 32
Question
The following characteristics relate to which of the following agents?
1.) direct and indirect acting
2.) alpha and beta stimulating
3.) central and peripheral
Answer
-
ephedrine
-
phenylephrine
-
epinephrine
-
norepinephrine
Question 33
Question
Which of the following is the best choice to give to a pregnant patient?
Answer
-
atropine
-
scopolamine
-
glycopyrrolate
-
none of the above
Question 34
Question
In what classification of anti-arrhythmic drugs do beta blockers belong?
Answer
-
Class I
-
Class II
-
Class III
-
Class IV
Question 35
Question
Match the classes of anti-arrhythmic drugs with their effects.
[blank_start]Class III[blank_end] : block potassium channels
[blank_start]Class II[blank_end] : beta-adrenergic blocking effects
[blank_start]Class IV[blank_end] - calcium channel blocking effects
[blank_start]Class I[blank_end] - block sodium channels
Answer
-
Class III
-
Class II
-
Class IV
-
Class I
Question 36
Question
Which drug should you choose to treat torsades de pointes?
Answer
-
magnesium sulfate
-
adenosine
-
diltiazem
-
amiodarone
Question 37
Question
What drug should you choose to treat ventricular tachycardia or fibrillation?
Answer
-
amiodarone
-
esmolol
-
diltiazem
-
digoxin
Question 38
Question
A patient with a BP of 126/78 would be classified in what category?
Answer
-
Normal
-
Elevated
-
Stage 1 HTN
-
Stage 2 HTN
Question 39
Question
A patient with a blood pressure of 138/89 would be classified under what category?
Answer
-
Normal
-
Elevated
-
Stage 1 HTN
-
Stage 2 HTN
Question 40
Question
What drug should you choose to treat hypertension with a low heart rate?
Answer
-
hydralazine
-
labetalol
-
adenosine
-
none of the above
Question 41
Question
In what classification of angina is a patient that has slight limitation of ordinary activity such as, walking or climbing stairs?
Answer
-
Class I
-
Class II
-
Class III
-
Class IV
Question 42
Question
Exertional (stable) angina should be treated with:
Answer
-
beta-blockers
-
calcium channel blockers
-
ACE inhibitors
-
diuretics
Question 43
Question
Variant angina should be treated with:
Answer
-
beta-blockers
-
calcium channel blockers
-
nitrates
-
ACE inhibitors
Question 44
Question
Which drug decreases preload by causing venous dilation?
Answer
-
hydralazine
-
nitroglycerin
-
labetalol
-
none of the above
Question 45
Question
Renin release is the cause of rebound HTN following cessation of a nipride drip.
Question 46
Question
______________ is a PDE3 inhibitor; interferes with the second messenger system.
Answer
-
Milrinone
-
Clonidine
-
Methyldopa
-
Dobutamine
Question 47
Question
Match the effects seen with the following doses of dopamine.
Low doses (2-5 mcg/kg/min) - [blank_start]dopamine agonist[blank_end]
Medium doses (5-10 mcg/kg/min) - [blank_start]dopamine and beta stimulation[blank_end]
High doses (>10 -15 mcg/kg/min) - [blank_start]alpha receptors cause vasoconstriction[blank_end]
Answer
-
dopamine agonist
-
dopamine and beta stimulation
-
alpha receptors cause vasoconstriction
-
dopamine agonist
-
dopamine and beta stimulation
-
alpha receptors cause vasoconstriction
-
dopamine agonist
-
dopamine and beta stimulation
-
alpha receptors cause vasoconstriction
Question 48
Question
Atropine causes mydriasis and loss of accommodation.
Question 49
Question
The more protein bound a local anesthetic is, the shorter the duration of action.
Question 50
Question
All of the following are true regarding the addition of vasoconstrictors to local anesthetics EXCEPT: