5PSQ-121非达霉素相关性代谢性酸中毒1例

B. Serrano, A. S. Martínez, A. Walsh, I Pérez Alpuente, V Lerma Gaude, M. Andújar, R. Frances
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引用次数: 1

摘要

背景和重要性:非达霉素是一种大环内酯类抗生素,在没有甲硝唑或万古霉素治疗的情况下用于治疗肠道艰难梭菌(CD)感染。药物警戒收集信息,分析和通报疑似药物不良反应(adr)的病例,以防止它们在未来发生。目的和目的描述一例接受非达霉素治疗的患者发生代谢性酸中毒,并确定其可能的相关性。材料和方法我们描述了一例82岁的男性诊断为多发性骨髓瘤,并接受了两个完整周期的硼替佐米-地塞米松治疗。他在出现黑质腹泻1周后被转到急诊科。结果,他住院并被诊断为上消化道出血、急性肾前性肾衰竭、轻度血小板减少症、低钾血症和低钠血症。在体液和电解质稳定后,由于发热、混乱综合征、持续腹泻和CD毒素试验阳性,决定开始使用非达霉素200mg /12小时。测量以下常数以确定代谢性酸中毒:碳酸氢盐气体水平(HCO3−),二氧化碳分压(pCO2),氢离子电位(pH)和阴离子GAP。采用Naranjo算法评价药物不良反应的因果关系程度。结果连续2天血气检查,HCO3−(9 mmol/L)、pCO2 (16 mm Hg)极低,pH值(7.4)正常,诊断代偿性代谢性酸中毒,GAP阴离子正常。最后,决定停用非达霉素,在接下来的几天里,患者经历了渐进式的临床改善。Naranjo的算法将因果关系确定为“可能”(得分为6)。区域药物警戒中心(RPC)得到通知。结论和相关性欧洲药品管理局的非达霉素技术说明书没有将代谢性酸中毒描述为不良反应。然而,最新临床文库报告参考文献和/或致谢利益冲突无利益冲突
本文章由计算机程序翻译,如有差异,请以英文原文为准。
5PSQ-121 Fidaxomicin related metabolic acidosis: a case report
Background and importance Fidaxomicin is a macrolide antibiotic used to treat intestinal Clostridium difficile (CD) infection in the absence of metronidazole or vancomycin treatments. Pharmacovigilance collects information, and analyses and notifies cases of suspected adverse drug reactions (ADRs) to prevent them occurring in the future. Aim and objectives To describe a case of metabolic acidosis in a patient treated with fidaxomicin and establish its possible association. Material and methods We describe the case of an 82-year-old man diagnosed with multiple myeloma and treated with two full cycles of bortezomib–dexamethasone. He was referred to the emergency department after presenting with melenic diarrhoea for 1 week. As a result, he was hospitalised and diagnosed with upper gastrointestinal bleeding, acute prerenal renal failure, mild thrombopenia, hypokalaemia and hyponatraemia. After fluid and electrolyte stabilisation, it was decided to start fidaxomicin 200 mg/12 hours due to fever, confusional syndrome, persistence of diarrhoea and positive CD toxin test. The following constants were measured to confirm metabolic acidosis: gas level of bicarbonate (HCO3−), partial pressure of carbon dioxide (pCO2), hydrogen ion potential (pH) and anion GAP. The degree of drug adverse reaction causality was evaluated using the Naranjo algorithm. Results Two blood gas tests on consecutive days confirmed very low HCO3− (9 mmol/L) and pCO2 (16 mm Hg) with normal pH (7.4), after which the patient was diagnosed with compensated metabolic acidosis with normal GAP anion. Finally, it was decided to suspend fidaxomicin and in the following days the patient experienced a progressive clinical improvement. Naranjo’s algorithm established the causality relationship as ‘probable’ (score of 6). The regional pharmacovigilance centre (RPC) was notified. Conclusion and relevance The European Medicines Agency’s technical sheet for fidaxomicin does not describe metabolic acidosis as an ADR. However, UpToDate Clinical Library reports References and/or acknowledgements Conflict of interest No conflict of interest
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