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层层组装制备过程简单,适用基材广,可通过组装基元和超分子组装驱动力等参数的调控和组合,衍生出众多的超分子组装结构和功能,发展为最有潜力的表面可控制备、修饰技术.层层自组装技术近些年来在生物医学领域研究突出,本文主要概括了层层自组装纳米药物载体共载两种治疗制剂,以及不同响应型和靶向功能的纳米药物载体的构建及功能,并在此基础上探讨了其在抗癌治疗的发展前景.
The multi-layer assembly process is simple and suitable for a wide range of substrates. It can be derived from numerous supramolecular assembly structures and functions through the control and assembly of assembly motives and driving forces of supramolecular assemblies, and has developed into the most promising surface-controllable Preparation, modification technology.Hierarchical self-assembly technology in recent years in the field of biomedical research highlights, this article summarizes the layers of self-assembly of nano-drug carrier co-loaded with two kinds of therapeutic agents, as well as different response and targeting function of nano-drug carrier On the basis of which the development prospect of anti-cancer therapy was discussed.