Figures & data
Figure 3 Illustration of the surface bound and released factors of the endothelium responsible for its thromboresistivity
![Figure 3 Illustration of the surface bound and released factors of the endothelium responsible for its thromboresistivity](/cms/asset/3ce71e5e-b219-4ffb-a7a7-f1eb2d2f8f83/kogg_a_10914029_f0003.gif)
Figure 4 Schematic of experimental design used to evaluate the effect of NO-releasing coatings (materials shown beneath the model) on extracorporeal circuits.
![Figure 4 Schematic of experimental design used to evaluate the effect of NO-releasing coatings (materials shown beneath the model) on extracorporeal circuits.](/cms/asset/ae0d55d3-8c30-4537-a828-a6a4d5c2b403/kogg_a_10914029_f0004.gif)
Figure 5 SEM pictures of first generation NO-releasing ECC with magnification of the outlined area adjacent. (1a and b) represent the MAHMA/NO doped circuits with and without systemic heparinization, while (2a and b) represent the controls with and without systemic heparinization. Note the dysmorphic platelets seen when systemic heparinization is present and the scarcity of platelet adherence and activation in the presence of an NO-releasing ECC.
![Figure 5 SEM pictures of first generation NO-releasing ECC with magnification of the outlined area adjacent. (1a and b) represent the MAHMA/NO doped circuits with and without systemic heparinization, while (2a and b) represent the controls with and without systemic heparinization. Note the dysmorphic platelets seen when systemic heparinization is present and the scarcity of platelet adherence and activation in the presence of an NO-releasing ECC.](/cms/asset/96ac5dcd-a237-4382-afeb-0e7b942e8fd2/kogg_a_10914029_f0005.gif)
Table 1 NO surface flux as a function of weight percentage of NO donor
Table 2 Hemostatic responses to plastic materials