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Synthesis and Characterization of a Novel pH-sensitive Nanocarrier for Targeted Drug Delivery

机译:一种靶向药物递送新型pH敏感纳米载体的合成与表征

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Over the last recent years, polymeric pH-sensitive polymers have become popular carriers for drug delivery. In particular, the possibility to assemble copolymers with specific and controlled chemical properties allowed obtaining carriers with the desired properties in terms of geometry, hydrophilicity, pH sensitivity and release kinetic. Combining a monomer containing pH-sensitive functionalities with a hydrophilic cross-linking agent, it is possible to obtain polymeric networks that swell in water in a defined range of pH. Also, the introduction of polyethylene glycol), that was found to be able to escape trapping by
机译:在过去的近年来,聚合物pH敏感聚合物已成为药物递送的流行载体。特别地,在几何形状,亲水性,pH敏感度和释放动力学方面,可以将具有特异性和受控化学性质的共聚物组合具有特异性和受控化学性质的共聚物。将含有pH敏感功能的单体与亲水的交联剂组合,可以获得在含有定义的pH范围内水中的聚合物网络。此外,发现能够逃避捕获的聚乙二醇的引入

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