Kirby Bauer Diffusion Flashcards

1
Q

+Staphylococcus aureus: Chloramphenicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

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2
Q

+Staphylococcus aureus: Tetracycline

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Resistant

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3
Q

+Staphylococcus aureus: Novobiocin

Action and Reaction

A

Action: DNA Replication
Reaction: Sensitive

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4
Q

+Staphylococcus aureus: Penicillin

Action and Reaction

A

Action: Cell Wall Synthesis
Reaction: Resistant

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5
Q

+Staphylococcus aureus: Streptomycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Resistant

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6
Q

+Staphylococcus aureus: Erthromycin

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Resistant

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7
Q

+Kocuria rosea: Chloramphicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

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8
Q

+Kocuria rosea: Tetracycline

Action and Reaction

A

Action:Broad spectrum; Protein Synthesis
Reaction: Sensitive

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9
Q

+Kocuria rosea: Novobiocin

Action and Reaction

A

Action: DNA Replication
Reaction: Sensitive

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10
Q

+Kocuria rosea: Penicillin

Action and Reaction

A

Action: Cell Wall Synthesis
Reaction: Sensitive

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11
Q

+Kocuria rosea: Streptomycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Sensitive

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12
Q

+Kocuria rosea: Erythromycin

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

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13
Q

+Kocuria rhizophila: Chloramphenicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction:Sensitive

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14
Q

+Kocuria rhizophila: Tetracycline

Action and Reaction

A

Action:Broad spectrum; Protein Synthesis
Reaction: Sensitive

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15
Q

+Kocuria rhizophila: Novobiocin

Action and Reaction

A

Action: DNA Replication
Reaction: Sensitive

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16
Q

+Kocuria rhizophila: Penicillin

Action and Reaction

A

Action: Cell Wall Synthesis
Reaction: Sensitive

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17
Q

+Kocuria rhizophila: Streptomycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Sensitive

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18
Q

+Kocuria rhizophila: Erythromycin

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

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19
Q

+Bacillus brevis: Chloramphenicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

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20
Q

+Bacillus brevis: Tetracycline

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Intermediate

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21
Q

+Bacillus brevis: Novobiocin

Action and Reaction

A

Action: DNA Replication
Reaction: Intermediate

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22
Q

+Bacillus brevis: Penicillin

Action and Reaction

A

Action: Cell Wall Synthesis
Reaction: Resistant

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23
Q

+Bacillus brevis: Streptomycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Sensitive

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24
Q

+Bacillus brevis: Erythromycin

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

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25
Q

+Bacillus polymyxa: Chloramphenicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Intermediate

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26
Q

+Bacillus polymyxa: Tetracycline

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

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27
Q

+Bacillus polymyxa: Novobiocin

Action and Reaction

A

Action: DNA Replication
Reaction: Resistant

28
Q

+Bacillus polymyxa: Penicillin

Action and Reaction

A

Action: Cell Wall Synthesis
Reaction: Sensitive

29
Q

+Bacillus polymyxa: Streptomycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Sensitive

30
Q

+Bacillus polymyxa: Erythromycin

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

31
Q

-Neisseria sicca: Chloramphenicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

32
Q

-Neisseria sicca: Nitrofurantoin

Action and Reaction

A

Action: Damage DNA structure
Reaction: Sensitive

33
Q

-Neisseria sicca: Naladixic Acid

Action and Reaction

A

Action: Broad Spectrum; DNA Synthesis
Reaction: Sensitive

34
Q

-Neisseria sicca: Kanamycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Sensitive

35
Q

-Neisseria sicca: Tetracycline

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

36
Q

-Neisseria sicca: Triple Sulfa

Action and Reaction

A

Action: Broad spectrum; Essential Metabolite Synthesis
Reaction: Sensitive

37
Q

-Klebsiella pneumoniae: Chloramphenicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

38
Q

-Klebsiella pneumoniae: Nitrofurantoin

Action and Reaction

A

Action: Damage DNA structure
Reaction: Sensitive

39
Q

-Klebsiella pneumoniae: Naladixic Acid

Action and Reaction

A

Action: Broad spectrum; DNA Synthesis
Reaction: Sensitive

40
Q

-Klebsiella pneumoniae: Kanamycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Sensitive

41
Q

-Klebsiella pneumoniae: Tetracycline

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Intermediate

42
Q

-Klebsiella pneumoniae: Triple Sulfa

Action and Reaction

A

Action: Broad spectrum; Essential Metabolite Synthesis
Reaction: Sensitive

43
Q

-Alcaligenes faecalis: Chloramphenicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Resistant

44
Q

-Alcaligenes faecalis: Nitrofurantoin

Action and Reaction

A

Action: Damage DNA structure
Reaction: Intermediate

45
Q

-Alcaligenes faecalis: Naladixic Acid

Action and Reaction

A

Action: Broad spectrum; DNA Synthesis
Reaction: Intermediate

46
Q

-Alcaligenes faecalis: Kanamycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Sensitive

47
Q

-Alcaligenes faecalis: Tetracycline

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: No value

48
Q

-Alcaligenes faecalis: Triple Sulfa

Action and Reaction

A

Action: Broad spectrum; Essential Metabolite Synthesis
Reaction: Sensitive

49
Q

-Proteus vulgaris: Chloramphenicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

50
Q

-Proteus vulgaris: Nitrofurantoin

Action and Reaction

A

Action: Damage DNA structure
Reaction: Resistant

51
Q

-Proteus vulgaris: Naladixic Acid

Action and Reaction

A

Action: Broad spectrum; DNA Synthesis
Reaction: Sensitive

52
Q

-Proteus vulgaris: Kanamycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Sensitive

53
Q

-Proteus vulgaris: Tetracycline

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Senstive

54
Q

-Proteus vulgaris: Triple Sulfa

Action and Reaction

A

Action: Broad spectrum; Essential Metabolite Synthesis
Reaction: Sensitive

55
Q

-Escherichia coli: Chloramphenicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

56
Q

-Escherichia coli: Nitrofurantoin

Action and Reaction

A

Action: Damage DNA structure
Reaction: Sensitive

57
Q

-Escherichia coli: Naladixic Acid

Action and Reaction

A

Action: Broad spectrum; DNA Synthesis
Reaction: Sensitive

58
Q

-Escherichia coli: Kanamycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Sensitive

59
Q

-Escherichia coli: Tetracycline

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Senesitive

60
Q

-Escherichia coli: Triple Sulfa

Action and Reaction

A

Action: Broad spectrum; Essential Metabolite Synthesis
Reaction: Resistant

61
Q

-Salmonella paratyphi: Chloramphenicol

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

62
Q

-Salmonella paratyphi: Nitrofurantoin

Action and Reaction

A

Action: Damage DNA structure
Reaction: Sensitive

63
Q

-Salmonella paratyphi: Naladixic Acid

Action and Reaction

A

Action: Broad spectrum; DNA Synthesis
Reaction: Sensitive

64
Q

-Salmonella paratyphi: Kanamycin

Action and Reaction

A

Action: Protein Synthesis
Reaction: Sensitive

65
Q

-Salmonella paratyphi: Tetracycline

Action and Reaction

A

Action: Broad spectrum; Protein Synthesis
Reaction: Sensitive

66
Q

-Salmonella paratyphi: Triple Sulfa

Action and Reaction

A

Action: Broad spectrum; Essential Metabolite Synthesis
Reaction: Intermediate