Zhang Yongguang, Wang Zhiqiang
The Orthopaedic Hospital of North China Coal Medical College, Tangshan Hebei 063000, PR China.
Zhongguo Xiu Fu Chong Jian Wai Ke Za Zhi. 2008 Oct;22(10):1264-8.
To sum up the recent progress of common bone graft substitute and to forecast the possible directions for further research.
Recent original articles about investigation and application for bone graft substitute were extensively reviewed. Several common bone graft substitutes were selected and expounded in different categories.
Bone graft was an essential treatment in order to provide structural support, fill bone cavity and promote bone defect healing. The gold standard for bone graft was autograft which is subject to many restrictions. In recent years, the research and development of bone graft substitute have received public attention. A very great progress has been made in the research and application of allograft bones, synthetic bones and engineered bones, and some research results have been put into use for real products.
There still exist many problems in present bone graft substitutes. Combining various biomaterials and using the specific processing technology to develop a biomaterial which has the similar mechanical and chemical properties and physical structures to autograft so as to promote bone defect healing is the direction for future research.
总结常见骨移植替代物的近期进展,并预测进一步研究的可能方向。
广泛综述近期有关骨移植替代物研究与应用的原始文章。选取几种常见的骨移植替代物并按不同类别进行阐述。
骨移植是提供结构支撑、填充骨腔及促进骨缺损愈合的重要治疗方法。骨移植的金标准是自体骨,但自体骨存在诸多限制。近年来,骨移植替代物的研发受到公众关注。同种异体骨、合成骨及工程骨的研究与应用取得了很大进展,部分研究成果已转化为实际产品。
目前的骨移植替代物仍存在诸多问题。结合多种生物材料并运用特定加工技术,研发出具有与自体骨相似力学、化学性质及物理结构的生物材料以促进骨缺损愈合,是未来研究的方向。