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Paramyxovirus vector for transfering foreign gene into skeletal muscle

机译:用于将外源基因转移到骨骼肌中的副粘病毒载体

摘要

Whether recombinant Sendai virus (SeV) vector can be used for transporting genes into skeletal muscle was examined using LacZ reporter gene and insulin-like growth factor gene. As a result, transgene expression continued at longest for 1 month after the injection. Compared with control, the transduction of the insulin-like growth factor gene caused a significant increase in regenerated fibers and splitting myofibers, i.e., an index of hypertrophy. Furthermore, the total number or myofibers increased by the gene. Thus, Paramyxovirus vectors, including Sendai virus, were shown to achieve a high-level expression of transgenes in skeletal muscle; and the high potential of the transduction of an insulin-like growth factor gene using a Paramyxovirus vector in treating neuromuscular disorders was indicated.
机译:使用LacZ报告基因和胰岛素样生长因子基因检查了重组仙台病毒(SeV)载体是否可用于将基因转运到骨骼肌中。结果,注射后转基因表达最长持续1个月。与对照相比,胰岛素样生长因子基因的转导引起再生纤维的显着增加和肌纤维的分裂,即肥大指数。此外,该基因增加了总数或肌纤维。因此,显示出包括仙台病毒在内的副粘病毒载体在骨骼肌中实现了转基因的高水平表达。并表明使用副粘病毒载体转导胰岛素样生长因子基因在治疗神经肌肉疾病中具有很高的潜力。

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