IASM 71: Antibiotics in BRIEF + Vaccines Flashcards
Name 2 types of antibiotics having the target site at
Cell wall
Beta Lactam
Glycopeptides
Name 1 types of antibiotics having the target site at
DNA Synthesis
Fluoroquinolones
Name 1 types of antibiotics having the target site at
RNA Synthesis
Rifamycin
Name 2 types of antibiotics having the target site at
30s Unit of Ribosomes
Tetracycline
Aminoglycosides
Name 1 types of antibiotics having the target site at
50s Unit of Ribosomes
Macrolides
Beta Lactam
Name the Target site
Cell wall
Glycopeptides
Name the Target site
Cell wall
Fluoroquinolones
Name the Target site
DNA Synthesis
Rifamycin
Name the Target site
RNA Synthesis
Tetracycline
Name the Target site
30s Unit of Ribosome
Macrolides
Name the Target site
50s Unit of Ribosome
Aminoglycosides
Name the Target site
30s Unit of Ribosome
Concept of Bactericidal and Bacteriostatic
- Bactericidal: Kills ________% of the target microbe
- Bacteriostatic: ________ the growth of the microbe, but will not be killing it
Concept of Bactericidal and Bacteriostatic
- Bactericidal: Kills 99.9% of the target microbe
- Bacteriostatic: Inhibit the growth of the microbe, but will not be killing it
Consider the following types of Antibiotics:
Which types are Bactericidal?
Which types are Bacteriostatic?
- Aminoglycoside
- Beta-lactam
- Fluoroquinolone
- Macrolide
- Tetracycline
- Vancomycin (a type of Glycopeptide)
Consider the following types of Antibiotics:
Which types are Bactericidal?
Which types are Bacteriostatic?
- Aminoglycoside- Bactericidal
- Beta-lactam- Bactericidal
- Fluoroquinolone- Bactericidal
- Macrolide- Bacteriostatic
- Tetracycline- Bacteriostatic
- Vancomycin- Bactericidal
(BAFV = Bactericial) (TM = Bacteriostatic. 他媽,殺不死!)
Name 2 Examples for
Beta Lactam
Penicillin
Cephalosporin
Name 2 Examples for
Fluoroquinolones
Ciprofloxacin
Levofloxacin
Fluoroquinolones = ‘floxacin’
Name 2 Examples for
Macrolides
Erythromycin
Azithromycin
Macrolide; ‘mycin’
Name 1 Examples for
Tetracycline
Doxycycline
Name 2 Examples for
Aminoglycosides
Amikacin
Gentamicin
Tobramycin
要死記啦
Name 1 Examples for
Glycopeptides
Vancomycin
Name 1 Examples for
Rifamycin
Rifampin
Penicillin Name the class of antibiotic
Beta-lactam
Cephalosporin Name the class of antibiotic
Beta-lactam
Ciprofloxacin Name the class of antibiotic
Fluoroquinolone
Levofloxacin Name the class of antibiotic
Fluoroquinolone
Erythromycin Name the class of antibiotic
Macrolide
Azithromycin Name the class of antibiotic
Macrolide
Doxycycline Name the class of antibiotic
Tetracycline
Amikacin Name the class of antibiotic
Aminoglycosides
Gentamicin Name the class of antibiotic
Aminoglycosides
Tobramycin Name the class of antibiotic
Aminoglycosides
Vancomycin Name the class of antibiotic
Glycopeptide
Rifampin Name the class of antibiotic
Rifamycin
Consider Live Attenuated Vaccine
- Name 1 advantage
- Name 1 disadvantage
Consider Live Attenuated Vaccine
- Name 1 advantage: Mimic Natural infection
- Name 1 disadvantage: The vaccine strain might cause disease
Consider Inactivated Vaccine
- Name 1 advantage
- Name 1 disadvantage
Name 2 ways to improve the immunogenicity of inactivated vaccines?
1.
2.
Consider Inactivated Vaccine
- Name 1 advantage: less immunogenic
- Name 1 disadvantage: Shorter duration of protection
Name 2 ways to improve the immunogenicity of inactivated vaccines?
- Add Adjuvant
- Protein Conjugation
Name 1 advantage for Passive Immunization
Name 1 advantage for Passive Immunization
- Immediate protection provided