Bone defects were stuffed with bone cement.
股骨距部位的骨缺损用骨水泥充填、重塑。
Feasibility of repairing large segmental bone defects with tissue engineering bone graft.
组织工程骨修复大节段骨缺损的可行性。
The therapy of segmental bone defects remains a troublesome problem in orthopedic clinic.
节段性骨缺损的治疗一直是骨科领域的一大难题。
Results All repaired bone defects healed well. The function and outline are both satisfied.
结果所有被修复骨缺损均获良好愈合，其功能与外形均令人满意。
Methods Calvarial bone defects was filled with CODUBIX which had been cut to suit the hole.
方法将相应大小、边缘已钻孔的好颅比嵌入缺损处。
Conclusion It is a good method to reconstruct the large bone defects by utilizing free VFG.
结论利用VFG治疗各种原因所致大段骨缺损，疗效良好，是临床治疗大段骨缺损的理想手术方法。
Objective To study the feasibility of repair of jaw bone defects by Nano-hydroxyapatite (Nano-HA).
目的研究纳米羟基磷灰石修复颌骨缺损的可行性。
The principle of guided tissue regeneration(GTR)was tested for healing segmental long bone defects.
采用引导骨组织再生原理进行长管状骨缺损修复实验。
Bone defects repair is a common orthopaedics clinic operation which needs cooperation among multi-subjects.
骨缺损修复是骨科临床常见手术，需要多学科的合作才能完成。
Objective: To evaluate the osteogenesis of xenogeneic bone derived materials in repairing segmental bone defects.
目的：评价三种异种骨衍生材料修复节段性骨缺损的成骨作用。
Objective To improve the osteoinduction of coral and provide a perfect bone graft substitute for clinical bone defects.
目的弥补单纯珊瑚无骨诱导活性、骨修复能力弱等缺陷，为临床提供理想的骨移植替代材料。
Objectives: to improve the repairing ability of coral and creat a perfect bone graft substitute to clinical bone defects.
目的：弥补单纯珊瑚无骨诱导活性、骨修复能力弱等缺陷，给临床提供一种良好的骨移植替代材料。
Until now, there have been a few methods to repair bone defects including bone autograft, allograft and external fixation.
目前临床所用修复骨缺损的主要方法包括自体带血管骨移植、同种异体骨移植和骨外固定技术等。
Objective: To study the methods of repairing long and thick bone defects with fibula compound transplantation inside periosteum.
目的探讨骨膜内组合双腓骨移植修复长管负重骨缺损的方法。
The best concentration is 10% PRP, which can be used to repair bone defects. The study is a breakthrough in bone tissue engineering.
其中以10%PRP为最佳浓度，可用来修复骨缺损，是组织工程骨研究的一个突破。
Until now, there have been a few methods to repair segmental bone defects including bone autograft, allograft and external fixation.
目前临床所用修复大段骨缺损的主要方法包括自体带血管骨移植、同种异体骨移植和骨外固定技术等。
To compare the effects between gene therapy and gradual release carrier for bone morphogenetic protein-2 (BMP-2) in repairing bone defects.
比较骨形态发生蛋白2 (BMP - 2)基因治疗与生长因子缓释方法修复节段性骨缺损效果。
NHAC forms bony connection after implanted in bone defects for 3-6 months, and mould bone structure from 6-12 months without any adverse reaction.
纳米人工骨材料植入骨缺损处3 ~ 6个月可形成骨性连接，6 ~12个月骨结构塑形改建，且局部无不良反应。
Objective To investigate Arca Subcrenata Lischke microlite artificial bone and its effects on bone defects, bone regeneration, and repair in vitro.
目的用毛蚶壳微晶人工骨引导新骨生成修复骨缺损。
Objective To explore the possibility of repair long segmental bone defects and preventing infection with cefazolin loaded bone matrix gelatin (c BMG).
目的探讨载药骨基质明胶(BMG)修复节段性骨缺损及防治术后感染的可能性。
Results The double contrast CT arthrography showed posterior bone defects, posterior glenoid labrum tear and enlargement of posterior capsular cavity.
结果气碘双重造影检查显示患肩有关节盂后缘骨性破坏、关节囊松弛和盂唇撕裂表现。
RESULTS:Roentgenographic scores and callus density at bone defects in trial group were better than those in control group at postoperative 3,6,12weeks.
结果：实验组骨缺损放射影像学评分以及新生骨痂的密度在3，6，12周均优于对照组。
Conclusion Combination of bone morphogenetic protein complex with GTR was more effective than GTR only or OFD in the repair of periodontal bone defects.
结论骨形态蛋白复合物联合gtr技术修复牙周骨缺损，与传统的GTR术和牙周翻瓣术相比，更能有效促进牙周骨组织再生与修复。
Conclusion Direct BMP-2 gene therapy is easy to perform and has very strong osteoinduction ability. It is a good method to repair segmental bone defects.
结论BMP - 2直接基因治疗，操作简便、骨诱导能力强，是修复节段性骨缺损的有效方法。
Reconstructive procedures were performed for limb salvage in patients with soft tissue and bone defects and restoration of a functional limb was achieved.
通过对软组织或骨缺损患者进行重建保肢手术，患者的肢体功能都能够得到恢复。
CS has rapid dissolution and good biocompatibility. It is a good replaceable packing materials of bone defects in some upper limb's or acute bone fracture.
CS降解吸收快，生物相容性好，在急性骨折伴缺损和无需承重部位的骨移植中是最佳骨修复填充材料。
Aim: To observe the guided bone regeneration (GBR) in the tabular bone of palate and explore the possibility of repairing of bone defects in cleft palate by GBR.
目的：观察腭部扁平骨引导性骨再生现象(GBR)，探讨利用GBR修复腭裂骨缺损的可能性。
Objective: To evaluate the effects of combination of bone morphogenetic protein with technique of guide tissue regeneration on the repair of periodontal bone defects.
目的：评价骨形态蛋白联合引导组织再生技术修复牙周骨缺损的临床效果。
CPC combined with BMP can improve the bone reparation and substitution process in massive bone allograft transplantation for the treatment of large segmental bone defects.
CPC复合BMP对大段同种异体骨移植的愈合及替代有增强和促进作用。
CPC combined with BMP can improve the bone reparation and substitution process in massive bone allograft transplantation for the treatment of large segmental bone defects.
CPC复合BMP对大段同种异体骨移植的愈合及替代有增强和促进作用。
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