Pharmacopeia
Master Compare
Compare candidate-facing canonical Pharmacopeia fields side by side. Isolated AI-draft proposals are never included.
| Field |
GENTAMICIN
Anti-infectives · Anti-infectives · Level 1
|
CIPROFLOXACIN
Anti-infectives · Anti-infectives · Level 3
|
|---|---|---|
| Mechanism of action | bactericidal Binds to the bacterial 30S ribosomal subunit to inhibit protein synthesis and thus bacterial growth |
Bacteriocidal antimicrobials that block DNA replication by blocking tropoisomerase enzymes, which are essential for the supercoiling, replication and separation of circular bacterial DNA |
| Absorption | BA no oral absorption, rapid and complete IM. |
Good oral absorption (80%) Undergoes first pass Coadministration of calcium or magnesium reduces absorption |
| Distribution | lip sol low - reduces gut absorption |
High CSF and tissue penetration |
| Protein binding | <30% PB |
30% PB |
| Volume of distribution | Vd 0.2-0.3 L/kg |
Vd 2-3L/kg |
| Metabolism | not metabolised |
Little hepatic metabolism |
| Excretion | excretion urine as unchanged drug |
Active tubular secretion |
| Half-life | half life 1.5-3 hrs, +++ in renal impairment (up to 70hrs) |
T1/2= 3 hours (renal dose adjustment required) |
| Adverse Effects Toxicity | ototoxicity May cause C.Diff. |
1. CNS Toxicity- GABA antagonists and may precipitate seizures in epileptic patients, particularly in presence of NSAIDs |
| Antimicrobial Spectrum | provide good gram negative coverage and some gram positive |
Broad spectrum particularly effective against |
| Class Group | ANTIBIOTIC: |
ANTIBIOTIC: |
| Indications Uses | aminoglycoside of choice because of its lower cost and reliable activity against GNB. |
— |
| Introduction | Aminoglycoside |
Quinolone |
| Legacy Cicm Level | Level 1 |
Anti-infectives · Anti-infectives Level 3 Anti-infectives · Anti-infectives Level 1 |
| Presentation | clear solution for injection. Requires monitoring of levels especially |
PO and IV, topical eye drops and ointment |
| Resistance Mechanism | Alteration in access to target site – membrane impermeability / transport defect in the active transport. |
Alteration in target enzyme – changes to the DNA binding surface of DNA supergyrase infers resistance |