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粒细胞趋化性:采用筏式技术的多重检测筛选

Granulocyte chemotaxis: multiple assay screening using a raft technique.

作者信息

Jayaswal U, Roper S, Roath S

出版信息

J Clin Pathol. 1982 Feb;35(2):182-5. doi: 10.1136/jcp.35.2.182.

Abstract

The assessment of granulocyte chemotaxis is complicated by the difficulty of precisely reproducing results in serial estimations and deciding on the best end point which would reflect most accurately the degree of travel taken by the cells under observation. The methods in use are generally based on the Boyden chamber, following this, we have further developed the principle of the "raft" technique of chamber based migration. In order to overcome the problems associated with reproducibility of results when performing multiple assays of chemotaxis, especially when sera of widely differing activity are encountered in the screening procedure, we have used a "batching" system and a simple method of presenting the results so that they are comparable.

摘要

粒细胞趋化性的评估较为复杂,因为在连续评估中难以精确重现结果,且难以确定能最准确反映被观察细胞迁移程度的最佳终点。目前使用的方法通常基于博伊登小室,在此基础上,我们进一步发展了基于小室迁移的“筏”技术原理。为了克服在进行多次趋化性测定时与结果可重复性相关的问题,尤其是在筛选过程中遇到活性差异很大的血清时,我们采用了“分批”系统和一种呈现结果的简单方法,以便使结果具有可比性。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/3a76/497492/cc2b4b378949/jclinpath00495-0059-a.jpg

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