Mechanical Impedance Sensing of Single Microorganism by Microtool

在这项研究中，我们新提出了一种无绳式具有力传感功能的磁力驱动微工具(MMT)来研究微流控芯片中水生微生物的刺激特性。该微芯片由所提出的MMTS、透明盖、玻璃基板和微间隔件组成。最后，我们成功地利用这种MMT对微生物(Pleurosira Laevis)进行了芯片操作和传感，我们发现这种MMT使用起来很容易。

In this research, we newly propose an untethered type of magnetically driven microtool(MMT) with a force sensing function to investigate the stimulus characteristics of aquatic microorganisms in a microfluidic chip. The microchip is composed of the proposed MMTs, a transparent cover, a glass substrate, and a microspacer. Finally, we succeeded in on-chip manipulation and sensing of microorganisms(Pleurosira laevis) using this MMT, which we found to be easy to use.