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定量免疫电泳中的假刺突

False spurs in quantitative immunoelectrophoresis.

作者信息

Negassi K, Closs O, Harboe M

出版信息

Scand J Immunol. 1978;8(4):279-90. doi: 10.1111/j.1365-3083.1978.tb00521.x.

Abstract

Antigens which show reactions of identity in double-diffusion tests in gel may cause spur formation in crossed immunoelectrophoretic techniques. To differentiate these misleading spurs from spurs of double-diffusion tests which show the true immunochemical relationship between antigens, we have denoted the former type "false spurs". False spurs are often formed in tandemcrossed immunoelectrophoresis and fused rocket immunoelectrophoresis when antigens with different electrophoretic mobility are compared. On the basis of model experiments, criteria are set up for accepting a spur as a true spur, and procedures are described for avoiding formation of false spurs in quantitative immunoelectrophoresis.

摘要

在凝胶双扩散试验中呈现同一性反应的抗原,在交叉免疫电泳技术中可能会导致刺状物形成。为了将这些具有误导性的刺状物与显示抗原之间真实免疫化学关系的双扩散试验的刺状物区分开来,我们将前者类型称为“假刺”。当比较具有不同电泳迁移率的抗原时,假刺常常在串联交叉免疫电泳和融合火箭免疫电泳中形成。基于模型实验,制定了将一个刺状物认定为真刺的标准,并描述了在定量免疫电泳中避免形成假刺的方法。

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