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MAGNETIC SEPARATION METHOD AND AUTOMATED ANALYZER

机译:磁分离方法和自动分析仪

摘要

The purpose of the present invention is to use a single device to highly efficiently carry out a plurality of washing processes for gradually reducing the amount of a magnetic particle solution in a reaction vessel. This magnetic separation method comprises a plurality of washing processes for using a magnetic separation device and a stirring mechanism to separate a magnetic substance and nonmagnetic substance. A first washing process includes a step for inserting a reaction vessel 116 into a recess provided in the magnetic separation device and capturing the magnetic substance using a plurality of magnets 51, 52 that are each disposed along the peripheral direction of the recess such that the same pole faces the reaction vessel 116, a step for solution aspiration, a step for discharging liquid such that the surface 61 of the liquid goes to a position higher than the upper edges of the magnets, and a step for stirring the liquid. A second washing process includes a step for inserting the reaction vessel 116 into the magnetic separation device and aspirating the liquid, a step for discharging the liquid such that the surface 62 of the liquid goes to a position lower than the upper edges of the magnets where the magnetic field intensity is lower than at the position of the upper edges of the magnets, and a step for stirring the liquid. (Seefig. 6.)
机译:本发明的目的是使用单个装置来高效地执行多种洗涤过程,用于逐渐降低反应容器中的磁性颗粒溶液的量。该磁性分离方法包括多种用于使用磁性分离装置和搅拌机构的洗涤方法,以分离磁性物质和非磁性物质。第一洗涤过程包括用于将反应容器116插入磁性分离装置中的凹槽中并使用多个磁体51,52捕获磁性物质的步骤,这些磁体51,52沿着凹槽的圆周方向设置成相同的磁体杆面向反应容器116,用于溶液抽吸的步骤,用于排出液体的步骤,使得液体的表面61进入高于磁体的上边缘的位置,以及用于搅拌液体的步骤。第二洗涤过程包括用于将反应容器116插入磁性分离装置并吸出液体的步骤,用于排出液体的步骤,使得液体的表面62达到低于磁体的上边缘的位置磁场强度低于磁体的上边缘的位置,以及用于搅拌液体的步骤。 (Seefig。6.)

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