Papers by Keyword: Cell Patterning

Abstract: TAS is aimed at applying the operation of biochemical analysis on microchips, and its advantages have drawn great attention. This paper demonstrates a different approach to realize the capture of single cells [1]. By exerting electrode on the bottom or the top of fluid piping, it can produce the non-uniform electric field required by dielectrophoresis device. As for the application, it mainly lies in three aspects: electroporation of monoplast, dynamic fostering of monoplast array, and cell graphical techniques [2].

Abstract: The fundamental aspects of the wettability and the elasticity of soft matters, particularly, functional polymer solutions, lipid membranes, and biological cells in the development of new technologies are overviewed from the basic principles and underlying physics. The key concept is how to control interfacial interactions between solid substrates and soft matters through surface modification. Two representative examples are demonstrated to discuss the underlying physics behind the pattern and domain formation; one of them is multi-dimensional generation of heterogeneous organic arrays and the other is micro-patterning of red blood cells on lipid membranes