Absolom D R, Zingg W, Van Oss C J, Neumann A W
Biomater Med Devices Artif Organs. 1984;12(3-4):235-66. doi: 10.3109/10731198409118834.
An attempt is made to develop an understanding of the basic mechanism governing the interaction of the major blood proteins and cells with polymer surfaces with a focus on thermodynamic approach. It is believed that such investigations may be helpful to provide a rational for the design of suitable cardiovascular prosthetic materials and to choose materials in such a way that adsorption of certain proteins eg. 'fibrinogen' is thermodynamically unfavourable compared to adsorption of other proteins eg. 'albumin'.
人们试图从热力学角度深入理解主要血液蛋白和细胞与聚合物表面相互作用的基本机制。据信,此类研究可能有助于为设计合适的心血管修复材料提供理论依据,并以某种方式选择材料,使得某些蛋白质(如“纤维蛋白原”)的吸附在热力学上比其他蛋白质(如“白蛋白”)的吸附更不利。