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Hyphenation of sedimentation field flow fractionation with flow cytometry

机译:流式细胞术对沉积场流动分馏的联用

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Interest in the development of field flow fractionation (FFF) systems for cell sorting recently increased with the possibility of collecting and characterizing viable cellular materials. There are various tools for the analysis of cell characteristics, but the reference is small- and large-angle light scattering often coupled with fluorimetric measurements. The well-known flow cytometry (FC) cell analysis techniques can be associated with FFF leading to the possibility of collecting information provided by a remarkable separation technique for micro-sized particles (cells) operating in the steric-hyperlayer elution mode with multiparametric detection provided by flow cytometry. Moreover FFF derived cell characteristics can be correlated with FC characteristics to describe in a unique way the nature of the eluted materials. Experimental demonstrations are described herein using nucleated cells (HL-60 cell lineage) and human red blood cells (HRBC).
机译:随着收集和表征活细胞材料的可能性,近来对用于细胞分选的场流分级分离(FFF)系统的开发兴趣增加。有许多用于分析细胞特征的工具,但是参考是小角度和大角度的光散射,通常与荧光测量法结合使用。众所周知的流式细胞术(FC)细胞分析技术可以与FFF结合使用,从而有可能收集通过以空间-超层洗脱模式运行且提供多参数检测的超细颗粒(细胞)卓越分离技术提供的信息通过流式细胞仪。此外,FFF衍生的细胞特性可以与FC特性相关联,以独特的方式描述洗脱材料的性质。本文使用有核细胞(HL-60细胞谱系)和人红细胞(HRBC)描述了实验证明。

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