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ANTIBIOTICS Cell-Wall Inhibitors

Total questions: 25

Worksheet time: 13mins

Name
Class
Date
1.

Penicillin, Cephalosporin, Carbapenems, and Vancomycin have what in common?

a)

Cell wall inhibitors

b)

Inhibit Ribosomal Proteins

c)

Inhibit folic acid synthesis

d)

Inhibit nucleic acid synthesis

2.

Penicillin, Cephalosporins, Carbapenems, and Vancomycin are:

a)

Bacteriostatic

(inhibit growth)

b)

Bactericidal

(kill)

3.

Penicillin

a)

Broad spectrum

b)

Narrow Spectrum

4.

Carbapenems

a)

Broad spectrum

b)

Narrow Spectrum

5.

Vancomycin

a)

Broad spectrum

b)

Narrow Spectrum

6.

Penicillins and Cephalosporins both inhibit: ____ (an enzyme that forms cross-bridges in the structure of bacteria cell walls)

a)

Transpeptidase

b)

B-lactamase

c)

Transglycosylase

d)

Peptilase

7.

Bacteria become resistant to Penicillin when:

a)

they have enzymes that break B-lactam rings

b)

have enzymes that reinforce B-lactam rings

c)

develop a membrane within their cell wall

d)

Phagocytose the drug

8.

B-Lactamase Inhibitor:

ceftazidime + avibactam =

a)

Unasyn

b)

Timentin

c)

Avycaz

d)

Zosyn

9.

B-Lactamase Inhibitor:

piperacillin + tazobactam =

a)

Unasyn

b)

Timentin

c)

Avycaz

d)

Zosyn

10.

When B-Lactamase inhibitors are COMBINED with penicillinase-sensitive penicillin, the antimicrobial spectrum is: _____

Example: amoxicillin + clauvulanic acid = [Augmentin]

a)

EXTENDED

b)

DECREASED

11.

PENICILLIN: Which drug is:

-an EXTENDED SPECTRUM (antipseudomonal)

-Given via IV

-Targets Enterobacter, P. aeruginosa, B. fragilis, many Klebsiella, E. coli, H. influenzae, N. gonorrheae

a)

Piperacillin

b)

Penicillin G

c)

Penicillin V

d)

Amoxicilllin

12.

PENICILLIN: Which drug is:

-an EXTENDED SPECTRUM (aminopenicillin)

-Given orally

-Targets: E. coli, H. influenzae, N. gonorrheae, Streptococci

a)

Piperacillin

b)

Penicillin G

c)

Penicillin V

d)

Amoxicilllin

13.

PENICILLIN: Which drug is:

-an NARROW SPECTRUM (Penicillinase sensitive)

-Given orally (stable in gastric acid)

-Targets: Streptococcus species, Neisseria species, spirochetes, and many anaerobes

a)

Piperacillin

b)

Penicillin G

c)

Penicillin V

d)

Amoxicilllin

14.

PENICILLIN: Which drug is:

-an NARROW SPECTRUM (Penicillinase sensitive)

-Given via IV (unstable in acid/gastric acid)

-Targets: Streptococcus species, Neisseria species, spirochetes, and many anaerobes

a)

Piperacillin

b)

Penicillin G

c)

Penicillin V

d)

Amoxicilllin

15.

CEPHALOSPORIN: Which drug is:

-1st Generation

-Given via IV

-Use: surgical prophylaxis

-Poor against Gram (-), Poor distribution to CSF

a)

Cefazolin

b)

Cephalexin

c)

Ceftriaxone

d)

Cefepime

e)

Ceftaroline

16.

CEPHALOSPORIN: Which drug is:

-1st Generation

-Given orally

-Use: non-serious soft tissue & UTI infections

-Poor against Gram (-), Poor distribution to CSF

a)

Cefazolin

b)

Cephalexin

c)

Ceftriaxone

d)

Cefepime

e)

Ceftaroline

17.

CEPHALOSPORIN: Which drug is:

-3rd Generation

-Given (IV or IM)

-Use: treat gonorrhea (don't drink with alcohol)

-High activity against Gram (-), Good distribution to CSF

*Overuse may cause C. DIFF to develop (...diarrhea)

a)

Cefazolin

b)

Cephalexin

c)

Ceftriaxone

d)

Cefepime

e)

Ceftaroline

18.

CEPHALOSPORIN: Which drug is:

-4th Generation

-Given (IV or IM)

-Use: Gram (+ AND -), treat meningitis, febrile neutropenia, pneumonia

-Highest activity against Gram (-), Good distribution to CSF

*POOR AGAINST MRSA*

a)

Cefazolin

b)

Cephalexin

c)

Ceftriaxone

d)

Cefepime

e)

Ceftaroline

19.

CEPHALOSPORIN: Which drug is:

-5th Generation

-Given via IV

-Use: MRSA

-High activity against Gram (-), Good distribution to CSF

*POOR AGAINST P. AERUGINOSA*

a)

Cefazolin

b)

Cephalexin

c)

Ceftriaxone

d)

Cefepime

e)

Ceftaroline

20.

All Cephalosporins [except ceftriaxone] are eliminated/metabolized through the

a)

Kidney

b)

Liver

21.

If you have a mild allergic reaction to PENICILLIN, you can use what as an alternative?

a)

Vancomycin

b)

Erythromycin

c)

Clindamycin

d)

Cephalosporin (Gen 1)

e)

Cephalosporin (Gen 5)

22.

Which drug classification is used mostly for severe infections in HOSPITALS?

a)

Penicillin

b)

Cephalosporin

c)

Carbapenem

d)

Vancomycin

23.

Which drug has:

-a VERY BROAD Spectrum (& Resistant to B-lactamases)

-treats P. aeroginosa and Enterococcus species (BUT NOT MRSA)

-Given via IM or IV

-MUST be given with CILOSTATIN to prevent drug degredation

a)

Imipenem (Meropenem)

b)

Cefotetan

c)

Methicillin

d)

Vancomycin

24.

Which drug:

-inhibits transglycosylase

-treats C. diff and MRSA

-Acts synergistically with aminoglycosides to treat Enterococci

-Adverse Effects: Hypersensitivity (Red Man Syndrome), Thrombophebitis, Ototoxicity, and Nephrotoxicity

a)

Imipenem (Meropenem)

b)

Cefotetan

c)

Methicillin

d)

Vancomycin

25.

It is advised to use 1st and 2nd Generations of Cephalosporins before moving up to 3rd, 4th, and 5th Generations.

a)

True

b)

False