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计算机辅助在下肢多发性骨折方面的应用 被引量:1

Clinical Application of Computer-assisted Technology in the Complex Lower Limb Fracture
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摘要 目的:评价三维重建与快速成型技术应用于复杂性下肢多发性骨折诊断与治疗中的价值。方法:对10例复杂性下肢多发性骨折患者利用Mimics软件三维重建和快速成型制作出1:1大小的实体模型,依此对骨折做出明确的诊断,制定手术方案,术前模拟手术,指导手术治疗。结果:术中所见与虚拟三维重建图像及快速成型骨盆模型非常相似,术前的模拟手术使手术时间明显缩短,减少了术中失血和麻醉药量。10例患者均获得了良好的骨折复位,内固定器械的植入更直观和准确。结论:计算机辅助快速成型技术对于复杂性下肢骨折的诊断及治疗均有很强的临床指导作用。 Abstract Objective: Clinical application of the patients with complicated lower limb fracture using computer-aided and rapid prototyping technology. Methods: lO patients with complicated fracture were designed using mimics software, the method can diagnosis accurate of fracture and surgical planning, preoperative surgical simulation to guide the surgical treatment. Results: three dimensional reconstruction imaging are similar with RP model. This technology will reduce the surgical time as was observed in our cases. Lower limb fracture reductions were good in 10 cases. Conclusions: To design individual models with computer-aided design technology is a useful method for treatment of complicated lower limb fracture.
机构地区 解放军第
出处 《中国数字医学》 2012年第10期54-56,共3页 China Digital Medicine
关键词 计算机辅助 下肢骨折 快速成型 数字医学 computer-assisted, lower limb fracture, rapid prototyping, digital medicine
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  • 1Luo Y,Ferdous Z,Leslie WD.A preliminary dual-energy X-ray absorptiometry-basedfinite element model for assessing osteoporotic hip fracture risk[J]. Proc hast Mech Eng H,2011,225(12):1188-95.
  • 2Whitmarsh T,Fritscher KD,Humbert Let al. A statistical model of shape and bone mineral density distribution of the proximal fenmr for fracture risk assessment[J].Med Image Comput Comput Assist Interv,2011,14(Pt 2):393-410.
  • 3Well YA,Khoury A,Zuaiter l,et al.Femoral neck shortening and varus collapse after navigated fixation of intracapsular fomoral neck fractures[J].J Orthop Tramna,2012,26(1):10-23.
  • 4Dobbe JG,Pr 6 KJ, Kloen P,et ill. Computer- assisted and patient-specific 3-D plamfing and evaluation of a single-cut rotational osteotomy fi~r complex long-bone deformitfities[J].Med Biol Eng Comput, 2011,49( 12):1363-70.
  • 5Thonaas TP,Anderson DD,Willis AR,et al. A computational/experimental platform for investigating three-dimensional puzzle solving of comminuted articular fractures[J]. C.ompute Methods Biomech Biomed Engin, 2011,14(3):263-70.
  • 6Wong KC,Kumta SM,Leung KS,et al.lntegration of CAD/CAM planning into computer assisted orthopaedic surgery[J]. Comput Aided Surg,2010,15(4-6):65-74.
  • 7Thomas TP, Anderson DD,Willis AR,et al.A computational/experimental platform for investigating three-dimensional puzzle solving of commhmted articul,'u" fi'actures [J]. Comput Metho& Biomech Biomed Enghl, 2011,14(3):263-70.
  • 8Kang HG, Yoon SJ,Kim JR.Resection of a physeal bar under computer-assisted guidance[J]. J Bone Joint Surg Br,2010,92(10):1452-5.
  • 9Hildreth BE, Marcellin-Little DJ,Roe SC et al.ln vitro evaluation of five canine tibia plateau leveling methods[J].Am J Vet Res 2006,67(4):693-7110.
  • 10齐向东,马立敏,秦建增,钟世镇.计算机辅助头面部畸形个性化修复263例临床报告[J].中国数字医学,2012,7(1):8-10. 被引量:6

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