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Biomimetic approaches to protein and gene delivery for tissue regeneration.

机译:用于组织再生的蛋白质和基因递送的仿生方法。

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摘要

Novel therapeutic strategies that promote wound healing seek to mimic the response of the body to wounding, to regenerate rather than repair injured tissues. Many synthetic or natural biomaterials have been developed for this purpose and are used to deliver wound therapeutics in a controlled manner that prevents unwanted and potentially harmful side-effects. Here, we review the natural and synthetic biomaterials that have been developed for protein and gene delivery to enhance tissue regeneration. Particular emphasis is placed on novel biomimetic materials that respond to environmental stimuli or release their cargo according to cellular demand. Engineering biomaterials to release therapeutic agents in response to physiologic signals mimics the natural healing process and can promote faster tissue regeneration and reduce scarring in severe acute or chronic wounds.
机译:促进伤口愈合的新型治疗策略试图模仿人体对伤口的反应,使其再生而不是修复受伤的组织。为此已经开发了许多合成的或天然的生物材料,并用于以可控的方式递送伤口治疗剂,以防止有害的和潜在的有害副作用。在这里,我们回顾了已开发用于蛋白质和基因传递以增强组织再生的天然和合成生物材料。特别强调的是新型仿生材料,这些材料可根据细胞需求对环境刺激做出反应或释放其货物。工程化生物材料以响应生理信号释放治疗剂,可模仿自然愈合过程,并能促进更快的组织再生并减少严重急性或慢性伤口的瘢痕形成。

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