抗凝弹性体:新型抗凝/补体抑制剂控制释放系统。

T Matsuda, H Iwata, H Noda, T Toyosaki, H Takano, T Akutsu
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引用次数: 0

摘要

我们已经推出了新的合成抗凝血剂和补体抑制剂,具有高生物相容性的控释系统。这些药物在分子设计上具有极高的生物特异性抑制作用,易于溶解于极性有机溶剂中,因此它们在常用的亲水性聚合物体系中具有广泛的应用,通过在给定负载量下容易实现的一步共铸技术。控制释放系统的另一个特征是释放速度和持续时间都由材料、配方和制造变量控制。这些很容易通过聚合物的亲水性、负载量和膜厚度来控制。该药物浸渍体系可为制剂的控释生物相容性提供一个新的方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Antithrombogenic elastomers: novel anticoagulant/complement inhibitor-controlled release systems.

We have introduced novel synthetic anticoagulant and complement inhibitors for controlled release systems with high biocompatibility. These drugs were molecularly designed for extremely high biospecific inhibition, are readily soluble in polar organic solvents, such that they have versatile applications in commonly used hydrophilic polymeric systems via an easily attainable one-step co-casting technique at a given amount of loading. Another characteristic feature of the controlled release system is that both release rate and duration are controlled by the material, formulation and fabrication variables. These are easily manipulated by the hydrophilicity of polymers, amount of loading and film thickness. The drug-impregnated system may generate a new dimension in the formulation of controlled release biocompatibility.

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