Figure 2
Figure 2. Immunofluorescent study of rADAMTS13 expression in transgenic megakaryocytes and platelets. (A) Isolated and cultured megakaryocytes from KO and TG mice were stained with rabbit anti-murine PF4 (a,d) or rabbit anti-VWF IgG (g,j) and mouse anti-ADAMTS13-Dis (A13) (b,e,h,k). The nuclei of megakaryocytes were counterstained with 4,6 diamidino-2-phenylindole (blue). The images were obtained under a confocal fluorescent microscope (magnification ×400). The merged images are shown in c, f, i, and l. The arrowheads in the insets in f and l indicate the potential granules that contain both PF4 (or VWF) and rADAMTS13. (B) Isolated platelets from KO and TG mice were spread on a fibrinogen-coated surface and stained with anti-VWF or anti-Lamp1 (red) and anti-ADAMTS13 (A13) (green), followed by Alexa350-labeled phalloidin (F-actin) (blue). The images were obtained by confocal microscope (magnification ×630). The arrowheads indicate the colocalization of rADAMTS13 and Lamp1.

Immunofluorescent study of rADAMTS13 expression in transgenic megakaryocytes and platelets. (A) Isolated and cultured megakaryocytes from KO and TG mice were stained with rabbit anti-murine PF4 (a,d) or rabbit anti-VWF IgG (g,j) and mouse anti-ADAMTS13-Dis (A13) (b,e,h,k). The nuclei of megakaryocytes were counterstained with 4,6 diamidino-2-phenylindole (blue). The images were obtained under a confocal fluorescent microscope (magnification ×400). The merged images are shown in c, f, i, and l. The arrowheads in the insets in f and l indicate the potential granules that contain both PF4 (or VWF) and rADAMTS13. (B) Isolated platelets from KO and TG mice were spread on a fibrinogen-coated surface and stained with anti-VWF or anti-Lamp1 (red) and anti-ADAMTS13 (A13) (green), followed by Alexa350-labeled phalloidin (F-actin) (blue). The images were obtained by confocal microscope (magnification ×630). The arrowheads indicate the colocalization of rADAMTS13 and Lamp1.

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