Ferruti P, Barbucci R, Danzo N, Torrisi A, Puglisi O, Pignataro S, Spartano P
Biomaterials. 1982 Jan;3(1):33-7. doi: 10.1016/0142-9612(82)90058-8.
By a simple process poly(amido-amine) chains have been grafted on the surface of poly(vinyl chloride). Grafted poly(vinyl chloride) is able to adsorb heparin, thus providing potentially non-thrombogenic surfaces. The grafting of poly(amido-amine), and the heparin adsorption have been studied by ESCA. It has been found that the total amount of grafted poly(amido-amine) depends on the molecular weight of the poly(amido-amine) used in the grafting reaction, but the amount of heparin adsorbed on the grafted material is relatively independent of the length of the poly(amino-amine) grafted chains.
通过一个简单的过程,聚(酰胺 - 胺)链已接枝到聚氯乙烯表面。接枝的聚氯乙烯能够吸附肝素,从而提供潜在的非血栓形成表面。通过电子能谱化学分析(ESCA)研究了聚(酰胺 - 胺)的接枝以及肝素的吸附情况。已发现接枝的聚(酰胺 - 胺)总量取决于接枝反应中使用的聚(酰胺 - 胺)的分子量,但接枝材料上吸附的肝素量相对独立于接枝的聚(氨基 - 胺)链的长度。