Figure 2
Figure 2. Correlation of VWF content with thrombus composition, stroke etiology, and treatment. VWF, red blood cell, and fibrin positive area were quantitatively analyzed for each of the thrombi. (A) A strong negative linear association was found between red blood cell content and VWF positive area. R2 = 0.4248; P < .0001. (B) A positive linear association was found between fibrin content and VWF positive area. R2 = 0.1867; P = .0085. (C) No significant difference in VWF staining was observed with different types of stroke etiology. (D) Thrombolysis did not affect thrombus VWF content (P = .9172). CE, cardioembolic; LAA, large artery atherosclerosis.

Correlation of VWF content with thrombus composition, stroke etiology, and treatment. VWF, red blood cell, and fibrin positive area were quantitatively analyzed for each of the thrombi. (A) A strong negative linear association was found between red blood cell content and VWF positive area. R2 = 0.4248; P < .0001. (B) A positive linear association was found between fibrin content and VWF positive area. R2 = 0.1867; P = .0085. (C) No significant difference in VWF staining was observed with different types of stroke etiology. (D) Thrombolysis did not affect thrombus VWF content (P = .9172). CE, cardioembolic; LAA, large artery atherosclerosis.

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