一例致命的先天性碘中毒:护理点氯化物是有用的碘替代标记物吗?

A. Holford, K. Isoardi
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摘要

摘要 聚维酮碘的严重毒性非常罕见,碘转化为碘化钠会导致代谢性酸中毒,并直接破坏组织。我们报告了一例硬化疗法后发生致命碘中毒的病例。一名老年男子在使用 10%聚维酮碘和 100% 乙醇消融巨大肾囊肿后出现中毒症状。他似乎喝醉了,但否认饮酒。数小时后,尽管使用了多种血管加压药,他仍出现了进行性低血压。血气分析表明他出现了代谢性酸中毒(pH 值 7.11,碳酸氢盐 13 毫摩尔/升),并伴有 124 毫摩尔/升的明显高胆碱血症。乙醇浓度为 55 毫摩尔/升(249 毫克/分升)。影像学检查证实手术部位有大量放射性不透明液体残留。经皮引流液体,并开始透析治疗碘中毒。暴露后 14.5 小时,碘浓度达到峰值 8940 µmol/L(参考范围 0.32-0.63 µmol/L)。护理点氯化物浓度随碘浓度的变化趋势而持续升高(峰值为 129 毫摩尔/升),当碘浓度达到 1559 微摩尔/升时恢复正常。尽管进行了最大限度的治疗,但患者病情仍在恶化,第 3 天死亡。碘化物会干扰护理点检测的氯化物测量值。护理点氯化物浓度可作为碘的替代标志物,但只有在碘浓度非常高(>2000 µmol/L)时才能使用。
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A fatal case of iatrogenic iodine poisoning: is point of care chloride a useful iodine surrogate marker?
Abstract Severe toxicity from povidone-iodine is rare, causing metabolic acidosis from the conversion of iodine to sodium iodide and direct tissue destruction. We report a case of fatal iodine toxicity following sclerotherapy. An elderly man presented following ablation of a large renal cyst with 10% povidone-iodine and 100% ethanol. He appeared intoxicated however denied alcohol ingestion. Over hours he developed progressive hypotension despite multiple vasopressor agents. Blood gas analysis demonstrated a metabolic acidosis (pH 7.11, bicarbonate 13 mmol/L) with an apparent hyperchloremia of 124 mmol/L. The ethanol concentration was 55 mmol/L (249 mg/dL). Imaging confirmed large volume residual radio-opaque fluid at the procedure site. The fluid was percutaneously drained and dialysis commenced for iodine toxicity. Iodine concentrations peaked at 8940 µmol/L (reference range 0.32-0.63 µmol/L) 14.5 h post exposure. Point of care chloride concentrations remained elevated (peak 129 mmol/L) following the trend of iodine concentrations, normalising once the iodine concentration was 1559 µmol/L. The patient deteriorated despite maximal therapy and succumbed on day 3. Iodide interferes with point of care testing chloride measurements. Point of care chloride concentrations may have a role as a surrogate marker for iodine but only at very high iodine concentrations (>2000 µmol/L).
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