5ms-stiffness-evaluation of red blood cell

M. Kaneko, Yukic Hirose, W. Fukui, Y. Sakata, Kazuhiro Yamamoto, T. Kawahara, Y. Yamanishi, F. Arai
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引用次数: 4

Abstract

This paper presents the first challenge for real time stiffness evaluation of red blood cell (RBC) by utilizing both a high speed vision and a micro channel. Since the passing time of cell in the micro channel whose diameter is smaller than that of cell depends upon the stiffness of cell, we can indirectly evaluate the stiffness by the passing time. With the assistance of a high speed vision system, we succeeded in evaluating the stiffness of RBCs with 5 [msec/cell]. The biggest advantage for utilizing a high speed vision is that we can know exactly what is actually happening in the channel, while it is really hard for other approaches. This paper discusses two key ideas for online sensing and shows experimental results.
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5ms-红细胞硬度测定
本文提出了利用高速视觉和微通道对红细胞(RBC)进行实时刚度评估的第一个挑战。由于细胞在直径小于细胞的微通道中的通过时间取决于细胞的刚度,因此我们可以通过通过时间间接地评价细胞的刚度。在高速视觉系统的帮助下,我们成功地评估了5 [msec/cell]红细胞的刚度。利用高速视觉的最大优势是我们可以确切地知道通道中实际发生了什么,而其他方法很难做到这一点。本文讨论了在线传感的两个关键思想,并给出了实验结果。
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