补体激活和组胺释放后给予显影剂。

H Vik, A Froysa, A Sonstevold, K Toft, P S Stov, T Ege
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引用次数: 21

摘要

偶有使用钙造影剂(CM)后的类过敏反应。在这项研究中,非过敏人类志愿者的血液样本暴露于CM碘二沙醇(Visipaque),碘己醇(Omnipaque), ioxagate (Hexabrix)和metrizate (Isopaque 350)。估计了补体级联的激活程度和样品中游离组胺的量。通过使用溶血试验,当将无盐稀释的CM添加到人血清中时,检测到剂量无关的补体消耗。当浓度调整时,补体消耗很少,这表明CM溶液被调整为正常血浆浓度,表明CM配方中缺乏盐是导致补体消耗的原因,而不是CM分子本身。ELISA法测定血清中末端补体复合体(TCC)的含量,碘二醇对血清中TCC含量无显著影响。结果表明,碘二沙醇添加到人血清中不会激活补体级联反应,并且CM给药后在人体内观察到的类过敏反应不太可能是CM诱导的过敏毒素引起的。在非过敏个体的血液中加入碘草酸酯、甲化酸酯、碘己醇或碘二沙醇后,未观察到组胺释放。
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Complement activation and histamine release following administration of roentgen contrast media.

Anaphylactoid reactions following administration of reontgen contrast media (CM) have occasionally been described. In this investigation, blood samples for nonallergic human volunteers were exposed to the CM iodixanol (Visipaque), iohexol (Omnipaque), ioxaglate (Hexabrix) and metrizoate (Isopaque 350). The degree of activation of the complement cascade and the amount of free histamine in the samples were estimated. By using a hemolytic assay, a dose-independent complement consumption was detected when salt-free dilutions of the CM were added to human serum. Very little complement consumption was detectable when the concentrations, indicating that in the CM solutions were adjusted toward normal plasma concentrations, indicating that the lack of salts in the CM formulations was responsible for causing the consumption of complement rather than the CM molecules themselves. By using ELISA assay for determination of the terminal complement complex (TCC), no increase in TCC level was detected following the addition of iodixanol to human serum. The results indicate that iodixanol does not activate the complement cascade when added to human serum, and that it is unlikely that anaphylactoid reactions observed in man after CM administration are caused by CM-induced anaphylatoxins. No histamine release was observed following the addition of ioxaglate, metrizoate, iohexol or iodixanol to blood from nonallergic individuals.

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