[创伤后胫骨干畸形愈合的三维分析和基于健康对侧腿的矫正]。

IF 1 4区 医学 Q3 ORTHOPEDICS
Operative Orthopadie Und Traumatologie Pub Date : 2023-10-01 Epub Date: 2023-09-12 DOI:10.1007/s00064-023-00821-x
Arnd F Viehöfer, Stephan H Wirth
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引用次数: 0

摘要

目的:通过患者专用的切割和复位块进行三维(3D)分析和实施,可以矫正复杂的胫骨畸形。可以使用对侧或统计模型来计划校正。针对患者的3D打印切割导向块可实现精确的截骨和复位导向块,有助于实现解剖复位。根据矫正的类型和程度,可能需要考虑腓骨截骨以实现所需的复位。禁忌症:a)软组织差(皮瓣手术,手术区皮肤粘连);b) 感染;c) 外周动脉疾病(根据Fontaine、临界经皮氧分压TcPO2分类的III期和IV期);d) 手术的一般禁忌症。手术技术:在手术前,根据计算机断层扫描(CT)创建双腿的3D模型。三维计算机模型(CASPA)中基于对侧的畸形分析和截骨计划。如果对侧也有畸形,可以使用统计模型。打印由尼龙(PA2200)制成的患者专用指南,用于截骨和复位。手术采用仰卧位,预防抗生素,根据需要使用大腿止血带。胫骨腹外侧入路。附患者特定的截骨导向器,进行截骨。使用导轨进行减速。如果腓骨阻碍胫骨复位,则通过外侧入路进行腓骨截骨。这可以徒手进行,也可以使用患者专用指南进行。伤口闭合。术后管理:隔室监测。一旦伤口愈合,就在石膏中被动动员脚踝。根据术后6周常规进行的放射学评估,小腿部分负重至少6-12周。使用低分子肝素进行血栓预防,直至取下铸型。结果:畸形愈合的患者特异性矫正通常是好的。这可以在胫骨远端矫正中得到证实。对于胫骨干畸形,最终结果仍有待确定。然而,初步结果显示了良好的可行性,假关节率为10%,术后无感染。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

[Three-dimensional analysis of posttraumatic tibial shaft malunion and correction based on the healthy, contralateral leg].

[Three-dimensional analysis of posttraumatic tibial shaft malunion and correction based on the healthy, contralateral leg].

[Three-dimensional analysis of posttraumatic tibial shaft malunion and correction based on the healthy, contralateral leg].

[Three-dimensional analysis of posttraumatic tibial shaft malunion and correction based on the healthy, contralateral leg].

Objective: Three-dimensional (3D) analysis and implementation with patient-specific cutting and repositioning blocks enables correction of complex tibial malunions. Correction can be planned using the contralateral side or a statistical model. Patient-specific 3D-printed cutting guide blocks enable a precise osteotomy and reduction guide blocks help to achieve anatomical reduction. Depending on the type and extent of correction, fibula osteotomy may need to be considered to achieve the desired reduction.

Contraindications: a) Poor soft tissue (flap surgery, adherent skin in field of operation); b) infection; c) peripheral artery disease (stage III and IV classified according to Fontaine, critical transcutaneous oxygen partial pressure, TcPO2); d) general contraindication to surgery.

Surgical technique: Before surgery, a 3D model of both lower legs is created based on computed tomography (CT) scans. Analysis of the deformity based on the contralateral side in a 3D computer model (CASPA) and planning of the osteotomy. If the contralateral side also has a deformity, a statistical model can be used. Printing of patient-specific guides made of nylon (PA2200) for the osteotomy and reduction. Surgery is performed in supine position, antibiotic prophylaxis, thigh tourniquet, which is used as needed. Ventrolateral approach to the tibia. Attachment of the patient-specific osteotomy guide, performance of the osteotomy. Reduction using the guide. Fibula osteotomy through a lateral approach is performed if the reduction of the tibia is hindered by the fibula. This can be performed freehand or with patient-specific guides. Wound closure.

Postoperative management: Compartment monitoring. Passive mobilization of the ankle in the cast as soon as the wound healing has progressed. Partial weightbearing in a lower leg cast for at least 6-12 weeks, depending on the routinely performed radiographic assessment 6 weeks postoperatively. Thromboprophylaxis with low molecular weight heparin until cast removal.

Results: Patient-specific correction of malunions are generally good. This could be confirmed for distal tibial corrections. For tibial shaft deformities, the final results are still pending. Preliminary results, however, show good feasibility with a pseudarthrosis rate of 10% without postoperative infection.

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来源期刊
CiteScore
2.10
自引率
0.00%
发文量
32
审稿时长
>12 weeks
期刊介绍: Orthopedics and Traumatology is directed toward all orthopedic surgeons, trauma-tologists, hand surgeons, specialists in sports injuries, orthopedics and rheumatology as well as gene-al surgeons who require access to reliable information on current operative methods to ensure the quality of patient advice, preoperative planning, and postoperative care. The journal presents established and new operative procedures in uniformly structured and extensively illustrated contributions. All aspects are presented step-by-step from indications, contraindications, patient education, and preparation of the operation right through to postoperative care. The advantages and disadvantages, possible complications, deficiencies and risks of the methods as well as significant results with their evaluation criteria are discussed. To allow the reader to assess the outcome, results are detailed and based on internationally recognized scoring systems. Orthopedics and Traumatology facilitates effective advancement and further education for all those active in both special and conservative fields of orthopedics, traumatology, and general surgery, offers sup-port for therapeutic decision-making, and provides – more than 30 years after its first publication – constantly expanding and up-to-date teaching on operative techniques.
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