Microbiology 020 - General Microbiology » Fall 2021 » Antimicrobial Treatment 1
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Question #1
Ceclor is an antibiotic that targets _______.
A.
DNA synthesis
B.
cell wall synthesis
C.
folic acid synthesis
D.
protein synthesis
Question #2
Cephalosporin antibiotics are derived from the natural products of _______.
A.
DNA viruses
B.
fungi
C.
gram-positive cocci
D.
gram-variable bacilli
Question #3
The symptoms of Ceclor allergy are due to the immediate quick destruction of a toxic infectious agent.
A.
TRUE
B.
FALSE
Question #4
This child has likely been on Ceclor _______.
A.
at least one time before this infection
B.
only this once
C.
every time she has experienced an infection
D.
two times
Question #5
Match the drug to the correct categoty based on your understanding of their cellular targets: Streptomycin
A.
Folic Acid Synthesis
B.
DNA/RNA Synthesis
C.
Cell Wall
D.
Protein Synthesis
Question #6
Match the drug to the correct categoty based on your understanding of their cellular targets: Tetracyclines
A.
Folic Acid Synthesis
B.
Cell Wall
C.
Protein Synthesis
D.
DNA/RNA Synthesis
Question #7
Match the drug to the correct categoty based on your understanding of their cellular targets: Erythromycin
A.
Cell Wall
B.
DNA/RNA Synthesis
C.
Folic Acid Synthesis
D.
Protein Synthesis
Question #8
Match the drug to the correct categoty based on your understanding of their cellular targets: Sulfonamides
A.
Cell Wall
B.
Protein Synthesis
C.
Folic Acid Synthesis
D.
DNA/RNA Synthesis
Question #9
Match the drug to the correct categoty based on your understanding of their cellular targets: Trimethoprim
A.
Folic Acid Synthesis
B.
DNA/RNA Synthesis
C.
Protein Synthesis
D.
Cell Wall
Question #10
Match the drug to the correct categoty based on your understanding of their cellular targets: Penicillins
A.
Folic Acid Synthesis
B.
DNA/RNA Synthesis
C.
Protein Synthesis
D.
Cell Wall
Question #11
Match the drug to the correct categoty based on your understanding of their cellular targets: Cephalosporins
A.
Cell Wall
B.
DNA/RNA Synthesis
C.
Folic Acid Synthesis
D.
Protein Synthesis
Question #12
Match the drug to the correct categoty based on your understanding of their cellular targets: Vancomycin
A.
DNA/RNA Synthesis
B.
Folic Acid Synthesis
C.
Cell Wall
D.
Protein Synthesis
Question #13
Match the drug to the correct categoty based on your understanding of their cellular targets: Ciprofloxacin
A.
DNA/RNA Synthesis
B.
Cell Wall
C.
Protein Synthesis
D.
Folic Acid Synthesis
Question #14
Match the drug to the correct categoty based on your understanding of their cellular targets: Rifampin
A.
DNA/RNA Synthesis
B.
Cell Wall
C.
Folic Acid Synthesis
D.
Protein Synthesis
Question #15
Which of the following drugs targets the cell wall and is responsible for the majority of allergic reactions to antimicrobial drugs?
A.
Sulfa drugs
B.
Streptomycin
C.
Penicillins
D.
Cephalosporins
Question #16
Antibiotics that target the cell wall interfere with the synthesis of _______.
A.
peptidoglycan
B.
nucleic acids
C.
sterols
D.
enzymes
Question #17
If the child was diagnosed with chickenpox as the mother had feared, what would the doctor likely have suggested for the child's Ceclor prescription?
A.
Stop taking it immediately
B.
Increase the dosage and duration to combat the chickenpox infection
C.
Finish the initial course prescribed for the bacterial ear infection
Question #18
How is the minimum inhibitory concentration (MIC) determined from a tube dilution test?
A.
It is the last tube that shows growth in the series
B.
It is any tube in the series that does not show growth
C.
It is the first tube that shows no growth in the series
Question #19
If Celcor has a toxic dose of 8 micrograms/milliliter, which would be the therapeutic index (in ratio form) of this drug?
A.
8/6.4
B.
3.2/8
C.
8/3.2
D.
6.4/8
Question #20
Based on your determined therapeutic index, how would the safety of Ceclor compare to an antibiotic with a therapeutic index (in ratio form) of 10/2?
A.
It would have the same level of safety
B.
It would be much safer
C.
It would be more likely to result in serious side effects
Question #21
Which of the following results from patient testing indicated a bacterial infection?
A.
Protein in the blood
B.
Elevated white blood cell count
C.
Nitrates in the blood
D.
Elevated red blood cell count
Question #22
Gentamicin is an antibiotic that inhibits ________.
A.
folic acid synthesis
B.
protein synthesis
C.
cell wall synthesis
D.
DNA synthesis
Question #23
Most urinary tract infections are caused by _______, such as Proteus mirabilis.
A.
gram-variable bacilli
B.
gram-positive bacilli
C.
gram-negative bacilli
D.
gram-positive cocci
Question #24
Antibiotics inhibiting peptidoglycan synthesis will negatively affect both bacterial and host cells.
A.
FALSE
B.
TRUE
Question #25
Which drug blocks the action of pyrophosphatase, thus inhibiting the transport of important molecules for cell wall synthesis across the bacterial membrane?
A.
Trimethoprim
B.
Rifampin
C.
Bacitracin
D.
Linezolid
Question #26
Which drug exerts its effect by weakening the cell wall until the bacterial cell is lysed?
A.
Rifampin
B.
Vancomycin
C.
Linezolid
D.
Bacitracin
Question #27
Which antibiotic inhibits the action of transpeptidase, resulting in weakening of the cell wall structure of bacteria?
A.
Polymyxin
B.
Rifampin
C.
Penicillin
D.
Tetracycline
Question #28
The patient is next treated with streptomycin. Is there a possibility she could still experience ringing in her ears?
A.
No, streptomycin is a cell membrane inhibiting drug.
B.
No, streptomycin is an RNA drug.
C.
Yes, streptomycin is a cell wall inhibiting drug that also causes this effect.
D.
Yes, streptomycin is another aminoglycoside antibiotic.
Question #29
Which of the following antibiotics are not involved in the blocking of cell wall synthesis and repair?
A.
Trimethoprim
B.
Penicillin
C.
Bacitracin
D.
Vancomycin
Question #30
Many of the antibiotics discussed in the animation target _______, such as pyrophosphatase and transpeptidase, involved in cell wall synthesis.
A.
carbohydrates
B.
nucleic acids
C.
lipids
D.
enzymes
Question #31
Match the antibiotic to its description to test your understanding of the different groups of penicillin antibiotics. Penicillin G and Penicillin V
A.
Broad-spectrum drug, active against gram-positive bacteria and
B.
Added to penicillins to increase effectiveness against resistant bacteria
C.
Generally most effective against gram-positive bacteria
D.
Effective against penicillinase-producing bacteria
Question #32
Match the antibiotic to its description to test your understanding of the different groups of penicillin antibiotics. Nafcilllin
A.
Generally most effective against gram-positive bacteria
B.
Added to penicillins to increase effectiveness against resistant bacteria
C.
Effective against penicillinase-producing bacteria
D.
Broad-spectrum drug, active against gram-positive bacteria and
Question #33
Match the antibiotic to its description to test your understanding of the different groups of penicillin antibiotics. Ampicillin
A.
Added to penicillins to increase effectiveness against resistant bacteria
B.
Effective against penicillinase-producing bacteria
C.
Broad-spectrum drug, active against gram-positive bacteria and
D.
Generally most effective against gram-positive bacteria
Question #34
Match the antibiotic to its description to test your understanding of the different groups of penicillin antibiotics. Clavulanic acid
A.
Generally most effective against gram-positive bacteria
B.
Broad-spectrum drug, active against gram-positive bacteria and
C.
Added to penicillins to increase effectiveness against resistant bacteria
D.
Effective against penicillinase-producing bacteria
Question #35
Viruses are able to multiply inside a nonliving cell.
A.
TRUE
B.
FALSE
Question #36
Individual viral particles have only one type of nucleic acid.
A.
FALSE
B.
TRUE
Question #37
Place the following steps of viral replication in their correct order: 1. release 2. adsorption 3. assembly 4. uncoating 5. synthesis
A.
2, 5, 3, 2, 5
B.
2, 4, 5, 3, 1
C.
5, 2, 1, 4, 3
D.
3, 2, 5, 4, 1
Question #38
Cells that lack compatible virus receptors are resistant to infection by that virus.
A.
FALSE
B.
TRUE
Question #39
What is the function of the reverse transcriptase enzyme?
A.
Synthesizes protein
B.
Synthesizes DNA from RNA
C.
Synthesizes RNA from DNA
D.
Cleaves protein into capsomeres
Question #40
During which stage of viral replication does amantadine exert its inhibitory effect?
A.
Penetration and uncoating
B.
Synthesis of nucleic acids
C.
Viral assembly
D.
Synthesis of capsid proteins
Question #41
When AZT is present, which enzyme is inhibited?
A.
Viral protease
B.
Viral reverse transcriptase
C.
Host RNA polymerase
D.
Host DNA polymerase
Question #42
Protease inhibitors ________.
A.
inhibit reverse transcriptase
B.
inhibit processing of long polypeptide chains
C.
inhibit synthesis of interferons
D.
inhibit DNA polymerase
Question #43
Of all the antiviral drugs, which is actually produced by the host?
A.
AZT
B.
Amantadine
C.
Foscarnet
D.
Interferon
Question #44
Which of the drugs inhibits DNA polymerase?
A.
Interferon
B.
Amantadine
C.
Protease inhibitors
D.
Foscarnet
Question #45
A.
Amantadine
B.
Foscarnet
C.
AZT
D.
Interferon
Question #46
Which step in the viral replication cycle would probably be the most efficient way to prevent viral infections?
A.
Adsorption
B.
Entry
C.
Synthesis
D.
Release
Question #47
What other way do we have to fight viral diseases?
A.
Antibiotics
B.
Herbal remedies
C.
Vaccines
D.
Over-the-counter drugs
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