Sluga Maria, Pfeiffer Martin, Kotz Rainer, Nehrer Stefan
Department of Orthopaedics, University of Vienna, Austria.
J Pediatr Orthop B. 2003 Mar;12(2):123-8. doi: 10.1097/01.bpb.0000049578.53117.03.
The Taylor spatial frame is a new external ring fixation system developed for correction of axial, sagittal, planar and rotational deformities of the extremities. Between August 1999 and October 2000 five children were treated by this system. Four had shortened and deformed femurs after fracture, osteomyelitis or a congenital short femur. One patient had a pseudoarthrosis of the tibia. Mean corrections were leg lengthening 5.9 cm (1.7-7.2), valgus correction 10.6 degrees (0-19), lateral translation 12.6 mm (0-33) and rotation 10 degrees. The mean healing index was 48.4 days/cm. In all patients the bones fused without major complications. We recommend the Taylor spatial frame for corrections of complex limb deformities.
泰勒空间框架是一种新开发的用于矫正四肢轴向、矢状面、平面和旋转畸形的外固定系统。1999年8月至2000年10月期间，有5名儿童接受了该系统治疗。其中4名儿童因骨折、骨髓炎或先天性股骨短小导致股骨缩短和畸形。1名患者患有胫骨假关节。平均矫正情况为：腿部延长5.9厘米（1.7 - 7.2厘米），外翻矫正10.6度（0 - 19度），侧向移位12.6毫米（0 - 33毫米），旋转10度。平均愈合指数为48.4天/厘米。所有患者的骨骼均融合，未出现重大并发症。我们推荐使用泰勒空间框架来矫正复杂的肢体畸形。
