3D打印技术指导胫骨平台SchatzkerⅡ、Ⅲ型骨折复位的初步应用

doi:10.13418/j.issn.1001-165x.2016.06.020

Abstract

Abstract:

Objective　To investigate the application value of 3D printing technology on articular surface reduction of Schatzkertype II and IIIfractures of the tibial plateau.　Methods　11 patients of tibial plateau fracture (Schatzkertype II and III) were recruited whose CT data were used for three-dimensional (3D) printing to guide the articular surface reductions (3D printinggroup). As a contrast, 16 patientsof tibial plateau fractures (Schatzkertype II and III) were recruited and were treated by conventional surgical methods (Traditionalgroup). The maximum step height of articular surface after reduction and operation time were recorded and compared using independent-sample T test.　Results　The average operation time in the 3D printing group was(112.3±6.8)min, which was significantly shorter than that in the traditional group (121.7±12.8 min)(t=2.223，P=0.036). The maximum step height of articular surface in the 3D printing group were (2.8±0.4)mm, which was significantly less than that in the traditional group (3.1±0.5)mm (t=2.123，P=0.044). Conclusion　The 3D printing technology could improve the articular surface reduction of tibial plateaufractures(Schatzkertype II and III) and decrease the operation time.

Key words: Digital design, Three-dimensional printing, Tibial plateau fracture, Articular surface reduction

QIU Wei-hua, KONG Xiang-xue, LI Jian-yi, LIN Li-jun, LUO Chun-qiang. Preliminary clinical application of 3D printing technology on treatment of SchatzkerType II and III fractures of tibial plateau[J]. Chinese Journal Of Clinical Anatomy, 2016, 34(6): 697-699.

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Preliminary clinical application of 3D printing technology on treatment of SchatzkerType II and III fractures of tibial plateau

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