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The role of stem cells in fracture healing and nonunion.

机译:干细胞在骨折愈合和骨不连中的作用。

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Nonunion and large bone defects present a therapeutic challenge to the surgeon and are often associated with significant morbidity. These defects are expensive to both the health care system and society. However, several surgical procedures have been developed to maximise patient satisfaction and minimise health-care-associated and socioeconomic costs. Integrating recent evidence into the diamond concept leads to one simple conclusion that not only provides us with answers to the "open questions" but also simplifies our entire understanding of bone healing. It has been shown that a combination of neo-osteogenesis and neovascularisation will restore tissue deficits, and that the optimal approach includes a biomaterial scaffold, cell biology techniques, a growth factor and optimisation of the mechanical environment. Further prospective, controlled, randomised clinical studies will determine the effectiveness and economic benefits of treatment with mesenchymal stem cells, not in comparison to other conventional surgical approaches but in direct conjunction with them.
机译:骨不连和大骨缺损给外科医生带来了治疗挑战,并且常常与明显的发病率相关。这些缺陷对卫生保健系统和社会都是昂贵的。但是,已经开发了几种外科手术程序以使患者满意度最大化并使与卫生保健相关的成本和社会经济成本最小化。将最新证据整合到钻石概念中可得出一个简单的结论,该结论不仅为我们提供了“开放性问题”的答案,而且简化了我们对骨骼愈合的完整理解。已经表明,新骨形成和新血管形成的组合将恢复组织缺陷,并且最佳方法包括生物材料支架,细胞生物学技术,生长因子和机械环境的优化。进一步的前瞻性,对照,随机临床研究将确定使用间充质干细胞进行治疗的有效性和经济利益,这与其他常规手术方法相比并不直接,而是与之直接结合。

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