Institut National de la Recherche Scientifique (INRS), EMT Research Center , Varennes, Quebec, Canada .
Antioxid Redox Signal. 2014 Aug 10;21(5):705-6. doi: 10.1089/ars.2014.5980. Epub 2014 Jun 3.
The objective of most modern drug delivery strategies is to maximize the effectiveness of drug molecules at diseased tissue and to minimize their effects in healthy ones. This is most often achieved using (bio-)synthetic carrier systems that release the drug at the target location. One emerging strategy to achieve this is to destabilize carriers and release therapeutics using natural redox gradients in the body or associated with disease. The body, however, is composed of numerous microenvironments whose redox homeostasis, as well as its dysregulation due to disease, is complex. The original article and authoritative reviews that constitute this Forum discuss some of the particular redox features associated with diseases and present an overview of how, chemically, redox-responsive drug delivery carriers can be designed to respond to these opportunities.
大多数现代药物输送策略的目标是使药物分子在病变组织中的有效性最大化,并使它们在健康组织中的作用最小化。这通常是通过使用(生物)合成载体系统来实现的,这些系统在目标位置释放药物。一种新兴的实现这一目标的策略是利用体内或与疾病相关的天然氧化还原梯度来破坏载体并释放治疗药物。然而,人体由许多微环境组成,其氧化还原平衡以及由于疾病引起的失调都很复杂。本文和构成该论坛的权威评论讨论了一些与疾病相关的特定氧化还原特征,并概述了如何通过化学方法设计氧化还原响应性药物输送载体来应对这些机会。