Thread: Pharmacology (Whole Subject- Chapter wise) : Practice Questions and Practice Exams

Pharmacology : Practice Questions and Practice Exams

Contents:

1: General Principles--Introduction

Practice question set #1

Practice question set #2

Practice question set #3

Practice question set #4

2: Pharmacokinetics

Practice question set #1

Practice question set #2

Practice question set #3

Practice question set #4

Practice question set #5

Practice question set #6

Flashcards

Problem set #1

Problem set #2

Practice Exam #1

Practice Exam #2

3: Pharmacodynamics

Practice question set #1

Practice question set #2

Flashcards

Practice Exam 1

Unit Practice Exam #1

Unit Practice Exam #2

Unit Practice Exam #3

Unit Practice Exam #4

4: Autonomic Introduction
Practice Question Set #1

Practice Question Set #2

Practice Question Set #3

Practice Question Set #4

5: Adrenergic Drugs

Practice Question Set #1

Practice Question Set #2

Practice Question Set #3

Practice Question Set #4

Practice Question Set #5

Practice Question Set #6

Flashcard Set #1

Flashcard Set #2

Practice Question Set #7

Practice Question Set #8

Practice Question Set #9

Practice Question Set #10

Case 1
Case 2
Case 3
Case 4
Case 5
Case 6
Case 7
Case 8
Case 9
Practice Exam 1
Practice Exam 2
Practice Exam 3

6: Cholinergic Drugs

Practice Question Set #1

Practice Question Set #2

Practice Question Set #3

Practice Question Set #4

Practice Question Set #5

Practice Question Set #6

Flashcard Set #1

Flashcard Set #2

Case 1

Case 2

Case 3

Case 4

Practice Exam 1

Practice Exam 2

Unit Drug List

Unit Practice Exams

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Tuberculosis

Example :

<= 1 / 20=>

1.Mechanism of action: streptomycin
A. blocks reverse transcriptase
B. blocks protein synthesis
C. blocks RNA polymerase
D. blocks the topoisomerase enzyme

2.Antimycobacterial agent NOT absorbed orally:
A. isoniazid (INH)
B. streptomycin
C. rifampin (Rimactane)
D. ethambutol (Myambutol)

3.Most significant antituberculosis drug:
A. rifampin (Rimactane)
B. saquinavir (Invirase)
C. isoniazid (INH)
D. streptomycin

4.NOT an appropriate use for rifampin (Rimactane):
A. treatment of leprosy (with a sulfone)
B. treatment of meningococcal carriers
C. prophylaxis for exposure to H. influenzae
D. Pseudomonal bacteriostasis

5.Following oral administration, blood brain barrier prevents effective treatment of CNS tuberculosis:
A. rifampin (Rimactane) to
B. ethambutol (Myambutol)
C. isoniazid (INH)
D. streptomycin

6.Mechanim of action: rifampin (Rimactane)
A. PABA competitor
B. mcolic acid synthesis
C. inhibits RNA synthesis by binding to DNA dependent RNA polymerase
D. none of the above

7."Fast and slow acetylators" influence this (these) drug's metabolism:
A. penicillin
B. sulfonamides
C. isoniazid (INH)
D. B & C

8.NOT a side effect of isoniazid (INH):
A. hepatotoxicity
B. allergic reactions
C. peripheral neuritis
D. nephrotoxicity

9.Isoniazid (INH)
A. tuberculostatic agent
B. neurotoxicity
C. well-absorbed from the GI tract
D. all of the above

10.Auditory deficits:
A. steptomycin
B. ethambutol (Myambutol)
C. both
D. neither

11.Liver toxicity (hepatoxic)
A. isoniazid (INH)
B. rifampin (Rimactane)
C. both
D. neither

12.Primary drugs for treating tuberculosis:
A. PAS
B. ethambutol (Myambutol)
C. rifampin (Rimactane)
D. all of the above

13.Aminoglycoside agent useful in management of tuberculosis
A. ethambutol (Myambutol)
B. streptomycin
C. isoniazid (INH)
D. cycloserine

14.Leprosy drug therapy:
A. dapsone
B. rifampin (Rimactane)
C. pyrimethamine (Daraprim)
D. all of the above

15.Hepatotoxic given at normal doses for extended periods for treatment of tuberculosis:
A. streptomycin
B. para-aminosalicylic acid (PAS)
C. isoniazid (INH)
D. B & C

16.Decreases likelihood of resistance to other antituberculosis drugs:
A. rifampin (Rimactane)
B. ethambutol (Myambutol)
C. streptomycin
D. isoniazid (INH)

17.Mechanism of Action:PAS (para-aminosalicyclic acid)
A. PABA competitor
B. protein synthesis inhibitor
C. DNA polymerase inhibitor
D. inhibitor of cell wall synthesis

18.Minimum treatment duration for active TB
A. one to three months
B. six to nine months
C. for life
D. five years

19.Mechanism of action: isoniazid (INH)
A. competitive inhibitor with PABA
B. mycolic acid synthesis inhibitor
C. inhibits RNA polymerase (binds to the polymerase.
D. blocks protein synthesis like chloramphenicol (Chloromycetin)

20.Ethambutol (Myambutol) (in combination with isoniazid (INH)) exhibits adverse effects especially directed to this organ:
A. hepatic toxicity
B. nephrotoxicity
C. ocular toxicity
D. splenic toxicity

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i want these cahpter wise mcqs

hi trimurtulu really excellent stuff.. do u have these for other subjects too???

thank you

really nice thanks a lot

Thank you

Originally Posted by trimurtulu

Pharmacology : and Practice Exams

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thanks dude