Antibiotics

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Select antibiotic class ad mechanism of action

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Holly Jones

United Kingdom

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Antibiotics


AntibioticsVersion en ligne Select antibiotic class ad mechanism of action par Holly Jones 1 Benzyl penicillin a Penicillin b Cephalosporin c Carbapenem d Glycopeptide 2 Flucloxacillin a Penicillin b Cephalosporin c Carbepenem d Glycopeptide 3 Amoxicillin a Penicillin b Carbapenem c Cephalosporin d Glycopeptide 4 Co-amoxiclav a Penicillin b Cephalosporin c Carbapenem d Glycopeptide 5 Cefalaxin a Penicillin b Cephalosporin c Carbapenem d Glycopeptide 6 Cefotaxime a Penicillin b Cephalosporin c Carbapenem d Glycopeptide 7 Meropenem a Penicillin b Cephalosporin c Carbapenem d Glycopeptide 8 Vancomycin a Penicillin b Cephalosporin c Carbapenem d Glycopeptide 9 Which of these is not a beta-lactam a Penicillin b Cephalosporin c Carbapenem d Glycopeptide 10 Erythromycin a Macrolides b Tetracycline c Aminoglycoside d No class 11 Clarithromycin a Macrolides b Tetracycline c Aminoglycoside d No class 12 Clindamycin a Macrolide b Tetracycline c Aminoglycoside d No class 13 Doxycycline a Macrolide b Tetracycline c Aminoglycoside d No class 14 Lymecycline a Macrolide b Tetracycline c Aminoglycoside d No class 15 Gentamycin a Macrolide b Tetracycline c Aminoglycoside d No class 16 Chloramphenicol a Macrolide b Tetracycline c Aminoglycoside d No class 17 Which RNA antibiotic class inhibits protein synthesis by binding to the 50S subunit to prevent translocation? a Macrolides b Tetracyclines c Aminoglycosides d Chloramphenicol 18 Which RNA antibiotic class prevents protein synthesis by interfering with the attachment of tRNA to mRNA? a Macrolides b Tetracyclines c Aminoglycosides d Chloramphenicol 19 Which RNA antibiotic class inhibits protein synthesis by changing the shape of the 30S subunit? a Macrolides b Tetracycline c Aminoglycosides d Chloramphenicol 20 Which RNA antibiotic class inhibits protein synthesis by binding to the 50S subunit to inhibit the formation of peptide bonds? a Macrolides b Tetracyclines c Aminoglycosides d Chloramphenicol 21 Rifampicin a Rifamycin b Sulphonamides c Nitromidazole d Quinolones 22 Trimethoprim a Rifamycin b Sulphonamides c Nitromidazole d Quinolones 23 Metronidazole a Rifamycin b Sulphonamides c Nitromidazole d Quinolones 24 Nitrofurantoin a Rifamycin b Nitromidazole c Nitrofuran d Quinolones 25 Ciprofloxacin a Rifamycin b Sulphonamides c Nitromidazole d Quinolone 26 Which DNA antibiotic is not often used due to significant resistance? a Trimethoprim b Metronidazole c Ciprofloxacine d Nitrofurantoin

Antibiotics

Test

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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AntibioticsVersion en ligne

par Holly Jones

Benzyl penicillin

Flucloxacillin

Amoxicillin

Co-amoxiclav

Cefalaxin

Cefotaxime

Meropenem

Vancomycin

Which of these is not a beta-lactam

Erythromycin

Clarithromycin

Clindamycin

Doxycycline

Lymecycline

Gentamycin

Chloramphenicol

Which RNA antibiotic class inhibits protein synthesis by binding to the 50S subunit to prevent translocation?

Which RNA antibiotic class prevents protein synthesis by interfering with the attachment of tRNA to mRNA?

Which RNA antibiotic class inhibits protein synthesis by changing the shape of the 30S subunit?

Which RNA antibiotic class inhibits protein synthesis by binding to the 50S subunit to inhibit the formation of peptide bonds?

Rifampicin

Trimethoprim

Metronidazole

Nitrofurantoin

Ciprofloxacin

Which DNA antibiotic is not often used due to significant resistance?