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. 2017 Nov 15;9(11):4836–4847.

Figure 6.

Figure 6

MEF2D knockdown inhibited the migration and invasion of pancreatic cancer cell lines. Wound-healing assay for migration in BxPC3 and SW1990 cells transfected with MEF2D siR1 or NC siR. A. Photomicrograph of the wound-healing assay from control NC siR1 and MEF2D siR1 transfected BxPC3 cells. B. Quantified data for the wound-healing assay that showing less migration by the MEF2D knockdown BxPC-3 cell lines compared to the control presented as the number of migrated cells per high-power field (**P<0.01). C. Photomicrograph of the wound-healing assay from control NC siR1 and MEF2D siR1 transfected SW1990 cells. D. Quantified data for the wound-healing assay that showing less migration by the MEF2D knockdown SW1990 cell lines compared to the control presented as the number of migrated cells per high-power field (**P<0.01). Effects of MEF2D on the cell migration by transwell chamber assay. E. photomicrograph showing crystal violet-stained filters from control NC siR1 and MEF2D siR1 transfected BxPC3 and SW1990 cells. F. Quantified data showing less migration in the MEF2D-knockdown cell lines compared to the control presented as the number of migrated cells per high-power field (***P<0.001). Effects of MEF2D on pancreatic cancer cell invasion by transwell chamber assay. G. Photomicrograph showing crystal violet-stained filters from control NC siR1 and MEF2D siR1 transfected BxPC3 and SW1990 cells. H. Quantified data showing less migration in the MEF2D-knockdown cell lines compared to the control presented as the number of migrated cells per high-power field (**P<0.01).