ZOLEDRONIC ACID: A MISCHIEVOUS SUSPECT FOR LIVER INJURY
A 47-year-old male diagnosed as adenocarcinoma of the lung and received 8 cycles of chemotherapy comprising intravenous administration of
cisplatin 125 mg, pemetrexed 850 mg along with zoledronic acid 4 mg. After the completion of the 8
cycle, the liver enzymes were found to be
markedly elevated, evincing zoledronic acid as the cause for hepatotoxicity. The case details were taken from the patientâ€™s medical record along with
the biochemical test reports and radiographic images. The causal association was confirmed using Naranjoâ€™s algorithm and Roussel Uclaf Causality
Assessment Method (RUCAM). After the uneventful chemotherapy, patientâ€™s liver function tests (LFT) were abnormal. There was an elevation in the
aspartate aminotransferase, alanine transaminase, alkaline phosphatase, and direct bilirubin. The causal relationship was established using Naranjoâ€™s
algorithm (score-6) and RUCAM (score-5), displayed a â€œprobableâ€ and â€œpossibleâ€ association. Hartwigâ€™s severity scale and Thorntonâ€™s preventability
scale displayed the adverse drug reaction to being moderately severe and not preventable, respectively. The zoledronic acid was stopped and never
readministered. The LFTs assumed normal after a span of 2 months. The mechanism underlying hepatotoxicity due to zoledronic acid remains elusive.
Zoledronic acid can induce acute phase response mediated by active production of interleukin-6, tumor necrosis factor alpha, and pro-inflammatory
cytokines from the T-cells and macrophages. Vigilant monitoring along with timely assessment and management can prevent the occurrence of
irreversible liver damage. Henceforth, we would like to report the rare incidence of drug induced hepatic damage due to zoledronic acid. Henceforth,
we would like to report the rare incidence of drug induced hepatic damage due to zoledronic acid.
Keywords: Bisphosphonate, Dechallenge, Hepatotoxicity, Rechallenge.
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