布罗迪呋喃在急性人体中毒中的药代动力学:对估算维生素 K 治疗持续时间的影响。

Toxicology communications Pub Date : 2021-01-01 Epub Date: 2021-03-01 DOI:10.1080/24734306.2021.1887637
Daniel G Nosal, Richard B van Breemen, John W Haffner, Israel Rubinstein, Douglas L Feinstein
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引用次数: 0

摘要

长效抗凝血灭鼠剂(LAARs)中毒患者的标准后续治疗方法是每天口服大剂量(最多每天 100 毫克)维生素 K1 (VK1),持续数周、数月至一年以上。现在,通过 CLIA 认证的血浆 LAAR 浓度定量检测可以帮助医疗服务提供者确定何时安全停用 VK1 治疗。我们利用从吸入含有 BDF 的合成大麻素后中毒的患者处获得的血浆溴鼠灵(BDF,一种强效 LAAR)浓度序列测量值,对达到安全浓度(< =10ng/ml)所需的治疗时间进行了估算。我们将数据拟合为零阶(线性)和一阶(指数)曲线,后者考虑到了 BDF 的肠肝循环。结果表明,假定指数清除率时,估计的治疗时间会明显延长。因此,我们建议在对中毒患者进行随访时,同时监测血浆 BDF 浓度和国际正常化比值 (INR),并在停止 VK1 治疗后测定其浓度,以记录安全浓度的持续性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Brodifacoum pharmacokinetics in acute human poisoning: implications for estimating duration of vitamin K therapy.

Brodifacoum pharmacokinetics in acute human poisoning: implications for estimating duration of vitamin K therapy.

Standard of care follow-up therapy for patients poisoned by long-acting anticoagulant rodenticides (LAARs) is daily high-dose (up to 100 mg per day) oral vitamin K1 (VK1) for weeks to months to over a year. The availability of CLIA-certified quantitative testing for plasma LAAR concentrations can now assist health care providers in determining when to safely discontinue VK1 therapy. We present estimates of treatment duration required to reach safe concentrations (< =10ng/ml) using serial measurements of plasma brodifacoum (BDF, a potent LAAR) concentrations obtained from patients poisoned after inhaling synthetic cannabinoids containing BDF. We fit the data to zero-order (linear) and first-order (exponential) curves, the latter to account for enterohepatic circulation of BDF. The results show that estimates of therapy duration are significantly longer when exponential clearance is assumed. Accordingly, we recommend that plasma BDF concentrations be monitored simultaneously with international normalization ratio (INR) during follow-up of poisoned patients, and that concentrations be determined after VK1 therapy is discontinued to document persistence of safe concentrations.

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