首页> 外国专利> METHOD FOR MEASURING SPECIFIC COUPLING REACTION AND REAGENT KIT AND APPARATUS FOR MEASURING SPECIFIC COUPLING REACTION USED IN THE SAME CAPABLE OF MEASURING PLURAL MEASUREMENT MATERIALS IN SINGLE REACTION VESSEL

METHOD FOR MEASURING SPECIFIC COUPLING REACTION AND REAGENT KIT AND APPARATUS FOR MEASURING SPECIFIC COUPLING REACTION USED IN THE SAME CAPABLE OF MEASURING PLURAL MEASUREMENT MATERIALS IN SINGLE REACTION VESSEL

机译:用于测量特定偶联反应的方法和试剂盒以及用于测量特定偶联反应的装置,用于测量单个反应容器中的多种测量材料

摘要

PROBLEM TO BE SOLVED: To provide a method and an apparatus for measuring a specific bond reaction in which a plurality of substances to be measured can be measured in one reaction container and to provide a reagent kit used therefor.;SOLUTION: In a step St1 shown in the figure, a reaction system which contains a sample 1 to be measured for the content of the substance 2 to be measured and magnetic particles 4 to which the specific bond substance 3 to be specifically bonded to the substance 2 to be measured is immobilized, is first built. In a step St2 shown in the figure, the optical characteristics of the reaction system is then measured. Then, if an aggregate complex 5 is generated in the step St1, a turbid occurs in the reaction system, and changes occur in a scattered light intensity, an amount of transmitted light, etc. Accordingly, the degree of the turbid of the reaction system can be estimated by measuring the scattered light intensity, the amount of the transmitted light, etc. In a step St3 shown in the figure, the aggregate complex 5 containing the substance 2 to be measured, the specific bond substance 3 and the magnetic particles 4 and magnetic particles (not shown) not forming the aggregate complex 5 are recovered by utilizing a magnetic force, and are removed from the reaction system.;COPYRIGHT: (C)2004,JPO
机译:解决的问题:提供一种用于测量特定键合反应的方法和设备,其中可以在一个反应​​容器中测量多种被测物质,并提供用于该试剂盒的试剂盒。如图所示,反应系统包含待测样品1的待测物质2的含量和固定有待特异性结合的物质3与待测物质2的磁性颗粒4的反应体系。 ,是第一个建立的。在图中所示的步骤St2中,然后测量反应系统的光学特性。然后,如果在步骤St1中产生聚集体络合物5,则在反应体系中产生浑浊,并且在散射光强度,透射光量等方面发生变化。因此,反应体系的浑浊程度。可以通过测量散射光强度,透射光的量等来估计。在图中所示的步骤St3中,包含待测物质2,特定结合物质3和磁性颗粒4的聚集体复合物5。利用磁力将未形成聚集体复合物5的磁性粒子(未图示)回收并从反应体系中除去。版权所有:(C)2004,日本特许厅

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