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Functional improvement in ligament scar tissuefollowing antisense gene therapy: A model system forin vivo engineering of connective tissues

机译:反义基因治疗后韧带疤痕组织的功能改善:结缔组织体内工程化的模型系统

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The present studies indicate that decorin antisense approaches and a HVJ-liposome delivery system can functionally impact on the mechanical properties of MCL scar tissue in a rabbit model. This is one of the first instances where such approaches have led to functional improvement in the tissue. While decorin antisense gene therapy has been shown to be effective at improving MCL scar tissue, the resulting tissue still remains deficient compared to normal tissue. Therefore, this study must be considered a first step towards tissue regeneration and additional experimentation is required to further move scar tissue down the path towards tissue regeneration.
机译:本研究表明,除蛋白反义方法和HVJ脂质体递送系统可在功能上影响兔模型中MCL瘢痕组织的机械性能。这是此类方法导致组织功能改善的首例之一。尽管已经显示了decorin反义基因疗法可有效改善MCL瘢痕组织,但与正常组织相比,所得组织仍然缺乏。因此,这项研究必须被视为迈向组织再生的第一步,还需要进行额外的实验,以进一步将疤痕组织移向组织再生的路径。

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