A micropattern-based assay to study contact inhibition of locomotion and entosis of adherent human and canine cells in vitro

基于微图案的检测方法研究体外粘附的人类和犬类细胞的运动和嵌入的接触抑制

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作者:Mariel Flavia Schwietzer, Sonja Thölmann, Lilo Greune, Klaus Ebnet

Abstract

We present a protocol for using micropatterns to study post-collision locomotion and entosis of human and canine cells in vitro. We describe steps for lentiviral transduction and the preparation of micropatterned slides consisting of narrow matrix-coated stripes separated by cytophobic spacers. We then detail cell seeding, chamber assembly, and live cell analysis. We provide steps for analysis by live cell imaging using fluorescence microscopy as well as fixing for subsequent analysis by confocal microscopy or correlative light and electron microscopy. For complete details on the use and execution of this protocol, please refer to Kummer et al. (2022)1 and Schwietzer et al. (2022).2.

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