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Glass ionomer as an expander of allograft in revision arthroplasty of the hip.

机译:玻璃离聚物作为同种异体移植物在髋关节翻修术中的扩展剂。

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摘要

The use of glass ionomer as a bone graft expander was investigated in an in vivo model of revision hip arthroplasty. Bone grafts of pure allograft and allograft + glass ionomer particles in a 50:50 by weight mixture were implanted in an ovine hemi-arthroplasty model. Post-operative assessments of locomotor function, radiographic appearance and quantitative changes in mineralisation around the graft were made at 2, 4 and 6 months. Post-mortem assessments of radiographic and histologic appearance of the grafts were made at 6 months.No significant differences were noted in any of the measured or assessed parameters between the two graft types. The glass ionomer particles seemed to be well tolerated within the matrix of new bone, smaller sized particles appearing to be better incorporated than larger ones.The use of particles of glass ionomer as a bone graft expander, in this in vivo model of revision hip arthroplasty, would therefore appear to offer no detriment in performance over pure allograft in the short to medium term.
机译:在翻修髋关节置换术的体内模型中研究了玻璃离聚物作为骨移植扩展剂的用途。将纯同种异体移植物和同种异体移植物+玻璃离子交联剂颗粒按重量比为50:50的骨移植物植入绵羊半关节置换模型中。术后2、4和6个月评估运动功能,影像学表现和移植物周围矿化的定量变化。在六个月后对移植物进行放射学检查和组织学外观评估,这两种类型的移植物在任何测量或评估参数上均未发现明显差异。玻璃离聚物颗粒似乎在新骨的基质中具有良好的耐受性,较小的颗粒似乎比较大的颗粒更好地被结合。在这种改型髋关节置换术的体内模型中,将玻璃离聚物颗粒用作骨移植扩展剂因此,在短期到中期,与纯同种异体移植相比,其在性能上似乎没有任何损害。

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