Figure 2
Figure 2. EphrinB2 expression after ligation of the femoral artery. Femoral arteries from adult NMRI mice were analyzed proximal to the site of occlusion (A; scale bar represents 1 mm). Stenosis results in remodeling of the arterial vessel wall as evidenced by the increase in the number of nuclei in the media (B; n = 5, **P < .01 vs control). Staining of corresponding paraffin-embedded cross-sections revealed that endothelial cell ephrinB2 expression is very low under control and sham conditions but significantly up-regulated in the proximal part of the ligated artery (C; *P < .05 vs control, n = 5; scale bar represents 50 μm). The use of a control antibody did not yield any appreciable immunoreactivity (C, left image).

EphrinB2 expression after ligation of the femoral artery. Femoral arteries from adult NMRI mice were analyzed proximal to the site of occlusion (A; scale bar represents 1 mm). Stenosis results in remodeling of the arterial vessel wall as evidenced by the increase in the number of nuclei in the media (B; n = 5, **P < .01 vs control). Staining of corresponding paraffin-embedded cross-sections revealed that endothelial cell ephrinB2 expression is very low under control and sham conditions but significantly up-regulated in the proximal part of the ligated artery (C; *P < .05 vs control, n = 5; scale bar represents 50 μm). The use of a control antibody did not yield any appreciable immunoreactivity (C, left image).

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