首页> 外文会议>Society for Biomaterials Transaction Annual Meeting vol.29 pt.2 >Molecular Modeling and Computational Study of Tyrosine-Derived Polyarylates
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Molecular Modeling and Computational Study of Tyrosine-Derived Polyarylates

机译:酪氨酸衍生的多芳基化合物的分子建模和计算研究

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To our knowledge this is the first time a Molecular Dynamics-based conformational study was carried out for a library consisting of 45 structurally related polymeric biomaterials. The computational protocol described above allowed us to build and minimize 3D molecular structures of polyarylates, carry out MD simulations, and obtain low energy conformations. These results provided us with the necessary input for the computational prediction of fibrinogen adsorption for the entire library of polyarylates. We anticipate that the use of descriptors obtained from the relaxed 3D polymer structures will improve the accuracy of the predictions of our model of protein adsorption on polymer surfaces.
机译:据我们所知,这是首次对由45种与结构相关的高分子生物材料组成的文库进行基于分子动力学的构象研究。上面描述的计算协议使我们能够建立和最小化聚芳酯的3D分子结构,进行MD模拟,并获得低能构象。这些结果为我们提供了对整个聚芳酯库纤维蛋白原吸附的计算预测的必要输入。我们预计,使用从松弛的3D聚合物结构中获得的描述符将提高我们对蛋白质在聚合物表面吸附的模型的预测准确性。

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