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Application of 3D printed customized external fixator in fracture reduction

机译:3D打印定制外固定架在骨折复位中的应用

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Introduction: Long bone fracture is common in traumatic osteopathic patients. Good reduction is beneficial for bone healing, preventing the complications such as delayed union, nonunion, malunion, but is hard to achieve. Repeated attempts during the surgery would increase the operation time, cause new damage to the fracture site and excessive exposure to radiation. Robotic and navigation techniques can help improve the reduction accuracy, however, the high cost and complexity of operation have limited their clinical application.
机译:简介:长骨骨折在外伤性骨病患者中很常见。良好的复位有益于骨愈合,防止诸如延迟愈合,骨不连,畸形愈合等并发症,但很难实现。手术期间反复尝试会增加手术时间,对骨折部位造成新的损害,并过度暴露于放射线。机器人和导航技术可以帮助提高还原精度,但是,高成本和复杂的操作限制了其临床应用。

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