Antibiotics MCQs

Question

Bactericidal drugs kill bacteria.

Answer 1

Bactericidal

Answer 2

Bacteriostatic

Answer 3

Stay the same

Answer 4

Stay the same

Answer 5

Stay the same

Answer 6

Stay the same

Answer 7

Bactericidal

Answer 8

Bacteriostatic

Answer 9

Concentration dependent

Answer 10

Bactericidal

Answer 11

Bacteriostatic

Answer 12

Concentration dependent

Answer 13

Bactericidal

Answer 14

Bacteriostatic

Answer 15

Concentration dependent

Answer 16

Bactericidal

Answer 17

Bacteriostatic

Answer 18

Concentration dependent

Answer 19

Bactericidal

Answer 20

Bacteriostatic

Answer 21

Concentration dependent

Answer 22

Bactericidal

Answer 23

Bacteriostatic

Answer 24

Concentration dependent

Answer 25

Bactericidal

Answer 26

Bacteriostatic

Answer 27

Concentration dependent

Answer 28

Bactericidal

Answer 29

Bacteriostatic

Answer 30

Concentration dependent

Answer 31

Bactericidal

Answer 32

Bacteriostatic

Answer 33

Concentration dependent

Answer 34

Bactericidal

Answer 35

Bacteriostatic

Answer 36

Concentration dependent

Answer 37

Bactericidal

Answer 38

Bacteriostatic

Answer 39

Concentration dependent

Answer 40

Sulphonamide and Erythromycin

Answer 41

Sulphonamide and Fluoroquinolone

Answer 42

Sulphonamide and Trimethoprim

Answer 43

Sulphonamide and Chloramphenicol

Answer 44

Sulphonamide and Cephalosporin

Answer 45

Plasma levels should be above minimum inhibitory concentration (MIC) for as long as possible in each 24 hour period

Answer 46

Plasma levels should be as high as possible for as long as possible

Answer 47

The dosage is irrelevant, but the drug must be in the system for as long as possible

Answer 48

Aminoglycoside

Answer 49

Penicillin

Answer 50

Fluoroquinolones

Answer 51

Metronidazole

Answer 52

Aminoglycoside

Answer 53

Cephalosporin

Answer 54

Fluoroquinolone

Answer 55

Metronidazole

Answer 56

Penicillin

Answer 57

Aminoglycoside

Answer 58

Metronidasole

Answer 59

Cephalosporin

Answer 60

Fluoroquinolone

Answer 61

Extra-membrane

Answer 62

Ring of 2 carbons and 2 nitrogens

Answer 63

Ring of 3 carbons and 1 nitrogen

Answer 64

Ring of 5 carbons

Answer 65

Ring of 5 carbons and 1 nitrogen

Answer 66

Ring of 4 carbons and 2 nitrogens

Answer 67

R side chain

Answer 68

Ability to bind to peptidyl transferase

Answer 69

Ability to bind to transpeptidases

Answer 70

Ability to bind to gamma-glutamyl transpeptidase

Answer 71

Mecillinam

Answer 72

Cloxacillin

Answer 73

Benzylpenicillin

Answer 74

Methicillin

Answer 75

Amoxicillin

Answer 76

Benzylpenicillin

Answer 77

Penicillin V

Answer 78

Cloxacillin

Answer 79

Methicillin

Answer 80

Ampicillin

Answer 81

Amoxicillin

Answer 82

Carbenicillin

Answer 83

Mecillinam

Answer 84

Cloxacillin

Answer 85

Benzylpenicillin

Answer 86

Methicillin

Answer 87

Mecillinam

Answer 88

Carbenicillin

Answer 89

Benzylpenicillin

Answer 90

Mecillinam

Answer 91

Penicillin V

Answer 92

Cloxacillin

Answer 93

Methicillin

Answer 94

Mecillinam

Answer 95

Methicillin

Answer 96

Cloxacillin

Answer 97

Carbenicillin

Answer 98

Mecillinam

Answer 99

Cloxacillin

Answer 100

Carbenicillin

Answer 101

Methicillin

Answer 102

1st generation

Answer 103

2nd generation

Answer 104

3rd generation

Answer 105

4th generation

Answer 106

1st generation

Answer 107

2nd generation

Answer 108

3rd generation

Answer 109

4th generation

Answer 110

1st generation

Answer 111

2nd generation

Answer 112

3rd generation

Answer 113

4th generation

Answer 114

Cephalexin

Answer 115

Cefuroxime

Answer 116

Cefquinome

Answer 117

Cephradine

Answer 118

Cephalexin

Answer 119

Cefquinome

Answer 120

Cephradine

Answer 121

Cefquinome

Answer 122

Cefuroxime

Answer 123

Gram -ve anaerobic bacteria

Answer 124

Gram -ve aerobic bacteria

Answer 125

Gram +ve anaerobic bacteria

Answer 126

Gram +ve aerobic bacteria

Answer 127

Liver metabolism

Answer 128

Renal excretion

Answer 129

Excreted in bile

Answer 130

Metabolism in muscles

Answer 131

Bind to ‘A’ site, prevent initiation

Answer 132

Bind to ‘P’ site, prevent translocation

Answer 133

Bind to ‘E’ site, prevent translocation

Answer 134

Bind to ‘A’ site, prevent termination

Answer 135

Metabolised by liver

Answer 136

Renal excretion

Answer 137

Excreted in bile

Answer 138

Metabolism in muscles

Answer 139

Bind to 'A' site, prevent initiation

Answer 140

Bind to 'P' site, prevent elongation

Answer 141

Bind to 'E' site, prevent elongation

Answer 142

Bind to 'E' site, prevent termination

Answer 143

Bind to 'A' site, prevent initiation

Answer 144

Bind to 'P' site, prevent elongation

Answer 145

Bind to 'E' site, prevent elongation

Answer 146

Bind to 'E' site, prevent termination

Answer 147

Gram +ve aerobes

Answer 148

Gram +ve anaerobes

Answer 149

Gram -ve aerobes

Answer 150

Gram -ve anaerobes

Answer 151

Wide spectrum against aerobic and anaerobic Gram +ve and –ve bacteria

Answer 152

Metabolism by the liver

Answer 153

Renal excretion

Answer 154

Excreted in bile

Answer 155

Metabolism by muscles

Answer 156

The drug is delivered directly to the site of action, minimising the systematic effect

Answer 157

The concentration is not high enough to affect mammalian cells

Answer 158

Mammalian cells do not efficiently transport tetracyclines across cell membrane

Answer 159

Tetracyclines on affect cells with a cell wall

Answer 160

Binds to 'A' site, inhibits initiation

Answer 161

Binds to 'P' site, inhibits elongation

Answer 162

Inhibits peptide bond formation

Answer 163

Binds to 'E' site, inhibits termination

Answer 164

Liver metabolism

Answer 165

Renal excretion

Answer 166

Excreted in bile

Answer 167

Metabolised in muscles

Answer 168

Gram positive aerobes

Answer 169

Gram negative aerobes

Answer 170

Obligate anaerobes

Answer 171

Penicillinase producing - Staphylococcus

Answer 172

Cyclosporins

Answer 173

Chloramphenicol

Answer 174

Sulphonamides

Answer 175

Tetracycline

Answer 176

Trimethoprim

Answer 177

Gram -ve anaerobes

Answer 178

Gram - aerobes

Answer 179

Gram +ve anaerobes

Answer 180

Gram +ve aerobes

Answer 181

Wide spectrum against Gram +ve and –ve bacteria

Answer 182

Metabolised by the liver

Answer 183

Renal excretion

Answer 184

Excreted in bile

Answer 185

Metabolised by muscles

Answer 186

Inhibits uptake of p-aminobenzoic acid (PABA)

Answer 187

Inhibits dihydropteroate synthetase (DHPS)

Answer 188

Inhibits dihydropteroate reductase (DHPR)

Answer 189

Inhibits dihydrofolate synthetase (DHFS)

Answer 190

Inhibits dihydrofolate reductase (DHFR)

Answer 191

Metabolised by liver

Answer 192

Renal excretion

Answer 193

Excreted in bile

Answer 194

Metabolised by muscles

Answer 195

Gram positive aerobes

Answer 196

Gram negative aerobes

Answer 197

Obligate anaerobes

Answer 198

Penicillinase producing Staphylococcus

Answer 199

Metabolised by the liver

Answer 200

Renal excretion

Answer 201

Biliary excretion

Answer 202

Metabolised by muscles

	Creado por Jess Pope hace casi 8 años

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Antibiotics MCQs

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