目的探索符合临床需要的复合人工骨移植材料。
Objective To find an artificial composite bone graft suitable for clinical use.
结论此复合人工骨是一种较理想的骨移植替代材料。
Conclusion The composite is ideal as a bone graft substitute.
结论EH型复合人工骨是理想的替代自体骨组织的眶内植入材料。
Conclusion EH composite artificial bone is ideal alloplastic material for orbital reconstruction.
EH型复合人工骨和自体肋骨两种材料对眼眶骨折修复眼球内陷复位的治疗结果无显著性差异。
There was no significant difference between two orbital implants of autogenous rib bone and EH composite artificial bone in the therapeutic results of enophthalmos.
自成年新西兰兔股骨转子部取得骨髓基质细胞进行传代培养，所得骨髓基质细胞再与钙磷陶瓷载体复合培养制成复合人工骨。
Bone marrow cells from New Zealand white rabbits were cultured to obtain stromal cells, which were then cultured with the carriers to make the artificial composite bone graft.
提示自体骨髓移植复合人工骨较单纯的人工骨移植或自体骨髓移植更能促进早期骨痂反应，加速骨折后骨缺损愈合，缩短骨愈合时间及住院时间。
The autologous bone marrow transplantation combined with bone allograft probably promotes the early-stage development of the callus, accelerates the bone healing, shorten the hospitalization staying.
EH型复合材料是一种新型的人工骨材料。
在塌陷骨折复位后，下方存在空腔必须用植骨或人工骨复合物填充。
The cavity after collapsed fragments reduction should be filled with cancellous bone or artificial bone composition.
结果显示该陶瓷人工骨与骨髓有良好生物相容性，两者复合移植具有良好成骨作用。
These results showed an excellent biocompatibility between TCP ceramics and marrow and an excel- lent osteogenic effect in the compound transplantation.
结论珊瑚人工骨复合自体骨髓细胞移植修复颌骨缺损临床效果良好，是一种可供选择的骨代用品。
Composite coral graft may accelerate the repair of jaw defects, and it is a kind of excellent bone substitute to be elected.
阐明珍珠层与聚乳酸复合后形成的人工骨材料在体外培养环境中对成骨细胞生物学行为的影响。
To observe and analysis the effect of nacre composite artificial bone on biological behavior of human osteoblast in vitro.
目的探讨应用同种异体骨复合人工关节对股骨肿瘤切除后骨缺损的治疗。
Objective To explore the curative effects for the proximal or distal femoral defect after the excision of femur tumor by allograft combined with artificial joint.
胶原—磷酸钙复合物是最重要的人工骨框架材料。
Compound formed by collagen combining with calcium phosphate is the most important frame-work material in artificial bone.
背景：如何利用纤维蛋白胶的黏合性在术中复合自体骨髓与人工骨来提高脊柱融合的成功率，值得进一步研究。
BACKGROUND: How to use the adhesion of fibrin glue to combine with autologous bone marrow and artificial bone to increase the success rate of spinal fusion in surgery, it is worthy of further study.
背景：如何利用纤维蛋白胶的黏合性在术中复合自体骨髓与人工骨来提高脊柱融合的成功率，值得进一步研究。
BACKGROUND: How to use the adhesion of fibrin glue to combine with autologous bone marrow and artificial bone to increase the success rate of spinal fusion in surgery, it is worthy of further study.
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