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首页> 外文期刊>The Journal of Emergency Medicine >Ricin Poisoning after Oral Ingestion of Castor Beans: A Case Report and Review of the Literature and Laboratory Testing
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Ricin Poisoning after Oral Ingestion of Castor Beans: A Case Report and Review of the Literature and Laboratory Testing

机译:蓖麻籽口服摄入后的蓖麻毒素中毒:一个案例报告和审查文献和实验室检测

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Abstract Background Ricin is a protein toxin derived from the castor bean plant Ricinus communis . Several cases secondary to its consumption have been published and, more recently, its use as a potential bioterrorism agent has also been reported. Oral absorption of ricin is highly erratic, leading to a wide spectrum of symptoms. In addition, conventional urine drug screening tests will not be able to detect this compound, posing a diagnostic challenge. Case Report A male teenager intended to die by ingesting 200 castor beans after mixing and blending them with juice. Eight hours later, he presented with weakness, light-headedness, nausea, and vomiting and sought medical treatment. The patient was admitted and treated conservatively. An immune-based standard urine toxicology drug screen panel was reported as negative. A comprehensive untargeted urine drug screen test showed the presence of ricinine, a surrogate marker of ricin intoxication. He was transferred to the psychiatric service 3?days after admission. Why Should an Emergency Physician Be Aware of This? This case highlights the importance of knowing the peculiar pharmacokinetic properties of?ricin after oral ingestion of castor beans and toxin release through mastication. Emergency physicians should be aware that oral absorption of ricin is dependent on several factors, such type and size of seeds and the geographic harvesting region, making it extremely difficult to estimate its lethality based solely on the number of ingested beans. Finally, comprehensive untargeted urine drug screening testing is highly valuable as a diagnostic tool in this context.
机译:摘要背景蓖麻蓖麻毒素是源自蓖麻植物蓖麻植物的蛋白质毒素。几个案例已经发布了其消费,最近,还报告了作为潜在的生物恐怖主义代理商的用途。口腔吸收蓖麻蓖麻素高出不稳定,导致症状广泛。此外,常规的尿液药物筛选试验将无法检测到这种化合物,造成诊断挑战。案例报告了一名男性少年,打算在混合和将它们与果汁混合后摄取200座蓖麻豆死亡。八小时后,他介绍了弱点,光线,恶心和呕吐,寻求医疗。患者被保守接纳并治疗。报告了一种基于免疫的标准尿液毒理学药物筛选面板作为阴性。全面的未确定尿液药物筛网测试显示蓖麻毒素的替代标志物的存在。他被转移到精神科服务3?入住后天数。为什么应急医生意识到这一点?这种情况突出了知道在口服摄入蓖麻籽和毒素通过咀嚼后的口服摄入后刺激性药代动力学特性的重要性。应急医生应该意识到Ricin的口腔吸收依赖于若干因素,种子类型和地理收获区域的类型和大小,使其非常困​​难仅仅基于摄入的豆类的数量来估算其致命性。最后,全面的未确定尿液药物筛选测试在这种情况下作为诊断工具非常有价值。

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