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Transient reactive phlebitis and intravenous ciprofloxacin: Is there an association?
Akshay Rao1, Deena Patil2, Vijayashree Thyagaraj1
1General Medicine, MS Ramaiah Medical College, Bangalore, Karnataka, India.
Abstract:
Transient reactive phlebitis (TRP) is a rare adverse event seen with intravenous infusion of medications. It is characterised by the appearance of erythematous cord-like lesions along the superficial veins proximal to the site of infusion. It is rarely seen with drugs such as morphine, rocuronium, eptifibatide, propofol and vancomycin. The exact pathogenesis is not clear; however, certain proposed mechanisms are due to the direct activation of C-nociceptors, activation of the kallikrein-kinin system with bradykinin release, local mediator release or histamine release. Here, we report a case of TRP due to ciprofloxacin infusion.
Insights
Transient reactive phlebitis (TRP), a rare IV drug reaction, presents as inflamed veins. This case highlights ciprofloxacin as a potential cause of TRP, adding to the list of known offending agents.
Area of Science:
- Pharmacology
- Clinical Medicine
- Adverse Drug Events
Background:
- Transient reactive phlebitis (TRP) is an uncommon adverse event associated with intravenous medication administration.
- It manifests as superficial venous inflammation and erythema near the infusion site.
- TRP has been rarely documented with medications like morphine, rocuronium, eptifibatide, propofol, and vancomycin.
Observation:
- This report details a case of TRP occurring subsequent to ciprofloxacin infusion.
- The patient exhibited characteristic erythematous, cord-like lesions along superficial veins.
Findings:
- Ciprofloxacin infusion was identified as the causative agent for transient reactive phlebitis in this patient.
- The precise mechanisms of TRP pathogenesis remain under investigation, with proposed pathways involving nociceptor activation, kinin system involvement, or mediator release.
Implications:
- This case expands the spectrum of drugs known to induce transient reactive phlebitis.
- Awareness of ciprofloxacin-induced TRP is crucial for clinicians to ensure accurate diagnosis and patient management.
- Further research into TRP pathophysiology may elucidate mechanisms relevant to other infusion-related adverse events.
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