Figure 3: Flow-cytometry results of actin-siRNAs transfection, showing that fluorescence labelled siRNAs penetrated into the cells after mechanical oscillations. | Scientific Reports

Figure 3: Flow-cytometry results of actin-siRNAs transfection, showing that fluorescence labelled siRNAs penetrated into the cells after mechanical oscillations.

From: Mechanical oscillations enhance gene delivery into suspended cells

Figure 3

(a) Flow cytometry graph of FITC-A vs PE-A, indicating the actin-siRNAs transfection efficiency and death rate of K562 cells with and without subjecting to mechanical oscillations; (b) Flow cytometry graph of the siRNAs transfection efficiency of K562 cells with and without subjecting to mechanical oscillations; (c) Histogram of actin-siRNAs transfection efficiency of K562 cells with and without subjecting to mechanical oscillations; the error bars indicate standard deviations of three measurements; (d) Optical image showing FITC labelled actin-siRNAs transfected in the K562 cells.

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