HIGHLIGHTS
- who: Zhiyuan Zhang from the Cell adhesion is highly involved in many biological processes, such as cell communication1, tissue development2, virus invasion4, and cancer metastasis6, A variety of singlecell adhesion methods have been developed based on atomic force microscopy (AFM)8-10, optical tweezers11-13, magnetic tweezers14-16, acoustic tweezers17-19, micro-needle manipulation20, and biomembrane force probes21. These methods all depend on repeatedly rupturing the adhesive contact in the normal direction of the cell interface so as to measure the normal tensile force [23] have published the research work: Light-driven high-precision cell adhesion kinetics . . .
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