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首页> 外文期刊>Biomacromolecules >Polyamidoamine(Yet Not PAMAM)Dendrimers as Bioinspired Materials for Drug Delivery:Structure-Activity Relationships by Molecular Simulations
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Polyamidoamine(Yet Not PAMAM)Dendrimers as Bioinspired Materials for Drug Delivery:Structure-Activity Relationships by Molecular Simulations

机译:聚酰胺胺(尚未PAMAM)作为药物的生物启发材料:结构-活性关系的分子模拟

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摘要

In this paper,we report the results obtained from a comprehensive characterization of newly synthesized dendrimeric molecules in a solvated environment,by computer-aided simulations.The evidences allowed us to formulate some structure-activity relationships(SARs)between the experimentally verified cytotoxicity/ noncytotoxicity of these compounds and some molecular features such as,for instance,radius of gyration,molecular shape,and dimensions.In particular,all noncytotoxic dendrimers were characterized by a more dense and globular shape and by a smoother surface pattern,as quantified by their fractal dimension D.
机译:在本文中,我们报告了在溶剂化环境中通过计算机模拟对新合成的树枝状分子进行全面表征获得的结果。这些证据使我们能够在实验验证的细胞毒性/非细胞毒性之间建立一些构效关系(SARs)这些化合物以及一些分子特征,例如旋转半径,分子形状和尺寸。特别是,所有无细胞毒性的树状聚合物的特征是密度更高,球形更球形,表面形态更光滑(通过分形定量)尺寸D。

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