ANTIBIOTICS - ADVANCED PHARM - NURS8024 - EXAM
THREE (3) 2024. CERTIFIED ACTUAL EXAM WITH 100%
ANSWERS GRADE A+ ASSURED.
1. Antibiotics Can Terminate Protein Synthesis For Microbial Cells Like Germs-
: Aminoglycosides
Fluoroquinolones
Cephalosporins Macrolides
Tetracyclines Carbapenems
Penicillins Lincosamides
Sulfonamides
Glycopeptides
2. Which Antibiotics Inhibit CELL WALL Synthesis: Cephalosporins,
Pencillins, Carbapenems, Glycopeptides (CPCG)
3. Which Antibiotics Inhibit PROTEIN synthesis?: (MALT) Macrolides,
Aminogly- cosides, Lincosamides, Tetracylcines
4. MOA for sulFOnamides =: Inhibits Folate
5. MOA for FluoroQUINolones: Inhibits DNA Replication = QUINtuplets
6. AmiNOglycosides Target
Gram Stain: Gram NEGATIVE ( - )
7. GLAM Mnemonic Means =: Gram Coverage =
Glycopeptides, Lincosamides, and Macrolides
GLM (+) AmiNOglycosides (-)
8. Name the Antibiotic Classes that target both Gram Negative & Gram
Pos- itive: Cephalosporins, Tetracyclines, Pencillins, Sulfonamides,
Fluoroquinolones, Carbapenems (CCPTS F)
9. Aminoglycosides
typically end in .: Mycin
10. Cephalosporins ty
.: Cef / Cephalosporins
11. Tetracyclines
typically end in .: Cycline
12. Sulfonamid
es typically start with .: Sulfa
13. Fluoroquinolon
es typically end in .: Floxacin
14. Macrolides typically
end in .: Thromycin
15. Carbapenems
, typically end in .: Penem
16. Lincosamides
typically end in .: Mycin
17. Glycopeptides
typically end in .: Mycin Planin
18. Which antibiotic classes inhibit Protein Synthesis (30s)?:
Aminoglycosides & Tetracyclines (30sAT)
19. Which antibiotic classes inhibit Protein Synthesis (50s)?: Macrolides
& Lincosamides (50sML)
20. Which antibiotic class would you prescribe for Bacteremia, Abdominal
Infections?: Aminoglycosides
21. Which antibiotic class would you prescribe for Skin, Urinary, or
Respiratory Infections?: Cephalosporins
22. Which antibiotic class would you prescribe for Lyme disease, Pelvic In-
flammatory Disease, or STIs?: Tetracyclines
23. Which antibiotic class would you prescribe for ENT, Skin, or Urinary Infec-
tions?: Penicillins
24. Which antibiotic class would you prescribe for UTIs, Burns, or Eye Infec-
tions?: Sulfonamides
25. Which antibiotic class would you prescribe for Respiratory & Urinary
Infections?: Fluoroquinolones
26. Which antibiotic class would you prescribe for Pneumonia, Sinus, ENT or
STIs?: Macrolides
27. Which antibiotic class would you prescribe for Urinary & Abdominal
Infec- tions?: Carbapenems
28. Which antibiotic class would you prescribe for Skin, Bone, and
Lung Infections?: Lincosamides
29. Which antibiotic class would you prescribe for MRSA, Skin and
Endocardi- tis?: Glycopeptides
30. How would an infection impact V/S?: Increase in HR, Increase in
Tempera- ture, Decrease in BP
31. What color would a Gram Positive (+) Stain appear as?: Purple / Violet =
P for P = Positive = Purple
32. What color would a Gram Negative (-) Stain appear as?: Negative = Pink
33. T / F: Anaerobic Organisms require Oxygen (O2): False - Anaerobic do
not require Oxygen
34. Avoid while a patient is on Warfarin due to
internal bleed?: -
Bactrim
35. T / F: An NP understands it is important to obtain an C&S prior to starting
antibiotic treatment, when possible.: True
THREE (3) 2024. CERTIFIED ACTUAL EXAM WITH 100%
ANSWERS GRADE A+ ASSURED.
1. Antibiotics Can Terminate Protein Synthesis For Microbial Cells Like Germs-
: Aminoglycosides
Fluoroquinolones
Cephalosporins Macrolides
Tetracyclines Carbapenems
Penicillins Lincosamides
Sulfonamides
Glycopeptides
2. Which Antibiotics Inhibit CELL WALL Synthesis: Cephalosporins,
Pencillins, Carbapenems, Glycopeptides (CPCG)
3. Which Antibiotics Inhibit PROTEIN synthesis?: (MALT) Macrolides,
Aminogly- cosides, Lincosamides, Tetracylcines
4. MOA for sulFOnamides =: Inhibits Folate
5. MOA for FluoroQUINolones: Inhibits DNA Replication = QUINtuplets
6. AmiNOglycosides Target
Gram Stain: Gram NEGATIVE ( - )
7. GLAM Mnemonic Means =: Gram Coverage =
Glycopeptides, Lincosamides, and Macrolides
GLM (+) AmiNOglycosides (-)
8. Name the Antibiotic Classes that target both Gram Negative & Gram
Pos- itive: Cephalosporins, Tetracyclines, Pencillins, Sulfonamides,
Fluoroquinolones, Carbapenems (CCPTS F)
9. Aminoglycosides
typically end in .: Mycin
10. Cephalosporins ty
.: Cef / Cephalosporins
11. Tetracyclines
typically end in .: Cycline
12. Sulfonamid
es typically start with .: Sulfa
13. Fluoroquinolon
es typically end in .: Floxacin
14. Macrolides typically
end in .: Thromycin
15. Carbapenems
, typically end in .: Penem
16. Lincosamides
typically end in .: Mycin
17. Glycopeptides
typically end in .: Mycin Planin
18. Which antibiotic classes inhibit Protein Synthesis (30s)?:
Aminoglycosides & Tetracyclines (30sAT)
19. Which antibiotic classes inhibit Protein Synthesis (50s)?: Macrolides
& Lincosamides (50sML)
20. Which antibiotic class would you prescribe for Bacteremia, Abdominal
Infections?: Aminoglycosides
21. Which antibiotic class would you prescribe for Skin, Urinary, or
Respiratory Infections?: Cephalosporins
22. Which antibiotic class would you prescribe for Lyme disease, Pelvic In-
flammatory Disease, or STIs?: Tetracyclines
23. Which antibiotic class would you prescribe for ENT, Skin, or Urinary Infec-
tions?: Penicillins
24. Which antibiotic class would you prescribe for UTIs, Burns, or Eye Infec-
tions?: Sulfonamides
25. Which antibiotic class would you prescribe for Respiratory & Urinary
Infections?: Fluoroquinolones
26. Which antibiotic class would you prescribe for Pneumonia, Sinus, ENT or
STIs?: Macrolides
27. Which antibiotic class would you prescribe for Urinary & Abdominal
Infec- tions?: Carbapenems
28. Which antibiotic class would you prescribe for Skin, Bone, and
Lung Infections?: Lincosamides
29. Which antibiotic class would you prescribe for MRSA, Skin and
Endocardi- tis?: Glycopeptides
30. How would an infection impact V/S?: Increase in HR, Increase in
Tempera- ture, Decrease in BP
31. What color would a Gram Positive (+) Stain appear as?: Purple / Violet =
P for P = Positive = Purple
32. What color would a Gram Negative (-) Stain appear as?: Negative = Pink
33. T / F: Anaerobic Organisms require Oxygen (O2): False - Anaerobic do
not require Oxygen
34. Avoid while a patient is on Warfarin due to
internal bleed?: -
Bactrim
35. T / F: An NP understands it is important to obtain an C&S prior to starting
antibiotic treatment, when possible.: True
