Program – Multiple Choice Practice with Answer Key
Description:
This document contains a complete set of 70 multiple-choice and SATA (select all that apply)
questions specifically covering Chapters 41 and 42 of the Pharmacology I course. It includes
topics such as the autonomic nervous system, neurotransmitters, adrenergic and cholinergic
medications, muscle relaxants, Parkinson’s and Alzheimer’s drugs, hematologic agents, seizure
medications, and shock treatment. Each question is paired with its correct answer, making it
ideal for exam preparation or self-assessment.
Keywords:
autonomic nervous system
sympathetic division
parasympathetic response
cholinergic crisis
adrenergic receptors
beta blockers
anticholinergics
Parkinson's treatment
muscle spasms
dopamine agonists
Alzheimer’s medication
seizure management
shock protocols
Epoetin alfa
Filgrastim
vasopressors
1.
The 2 divisions of the peripheral nervous system are the somatic and the ________
Ans.
2.
What is the primary neurotransmitter of the sympathetic division of the ANS?
a)
,Acetylcholine
b)
Dopamine
c)
Norepi
d)
Epinepherine
3.
Monoaminoxidase destroys which neurotransmitter?
a)
Acetylcholine
b)
Epinepherine
c)
Norepi
d)
Dopamine
4.
Which are s/s of parasympathetic activation? SATA
a)
Increased salivation
b)
Pupil constriction
c)
Inhibit salivation
d)
,Decreased glucose secretion
e)
Bronchodilation
5.
What type of receptors are present in the parasympathetic nervous system?
a)
Cholinergic
b)
Adrenergic
c)
Anticholinergic
6.
Excess acetylcholine will lead to activation of which nervous system?
a)
Central
b)
Parasympathetic
c)
Sympathetic
d)
Somatic
7.
Which symptoms occur during a cholinergic crisis? SATA
a)
Lacrimation
b)
, Defecation & Urination
c)
Emesis
d)
Epistaxis
e)
Salivation
8.
Sympathomimetic is interchangeable with what terms? SATA
a)
Adrenergic receptor blocker
b)
Adrenergic agonist
c)
Adrenergic antagonist
d)
Adrenergic receptor activator
9.
Which adrenergic receptor increases heart rate and contractility?
a)
Beta 2 adrenergic receptors
b)
Beta 1 adrenergic receptors
c)
Alpha 2 adrenergic receptors
d)