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Cell Fusion and Distinction between Viable Cell and Non-Viable Cell Using Dielectrophoresis and Optical Tweezers

机译:使用介电泳和光学镊子的活细胞和非活细胞与非活细胞之间的细胞融合和区分

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摘要

A lot of researchers have studied cell fusion and manipulation during the past decades, and this field was pursued low cost and small setup. There is a lot of ways that can manipulate cell such as optical tweezers and dielectrophoresis (DEP). Particularly, optical tweezers can manipulate cells with non-contact and non-invasive so this technique was noticed in biotechnology. In this paper we introduce three techniques based on DEP and optical tweezers: Distinction between viable cells and non-viable cells using DEP, Manipulating cells captured by positive DEP (pDEP) using optical tweezers and PEG fusion combining optical tweezers and DEP. About cell fusion, we would suggest efficient PEG fusion that can fuse cell in selective. We are considering a variety of system combined DEP and optical tweezers now. The systems will be useful to perform cell operation and other applications.
机译:在过去的几十年中,许多研究人员研究了细胞融合和操纵,并且该领域正在追求低成本和小型设置。 有很多方法可以操纵诸如光学镊子和介电电泳(DEP)的细胞。 特别地,光学镊子可以用非接触和非侵入性操纵细胞,因此在生物技术中注意到这种技术。 在本文中,我们介绍了基于DEP和光学镊子的三种技术:使用DEP,使用光镊子和PEG熔合组合光学镊子和DEP的PEG融合来进行可活细胞和不活细胞的区分。 关于细胞融合,我们建议有效的PEG融合,可以在选择性中保险。 我们现在正在考虑各种系统和光学镊子。 系统将有用的是执行单元格操作和其他应用程序。

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