结论去除外骨膜对引导性骨再生模型的成骨过程无影响。
Conclusion Stripping periosteum has no influence on bone formation in guided tissue regeneration.
目的：探讨带血供肌瓣作为骨形态发生蛋白载体修复骨缺损成骨过程中骨骼肌的变化。
OBJECTIVE To probe into skeletal muscular changes during osteogenetic process in bone defect repair with vascularized muscle flap that was taken as the carrier of bone morphogenetic protein BMP.
目的：研究异体骨基质制备过程中常用的脱脂和脱钙试剂溶液对其成骨能力的影响。
Objective:To investigate the effect of some defatting and decalcifying solutions on the capacity of the matrix induced bone formations.
目的研究大段同种异体皮质骨移植过程中哈佛系统的成骨作用，探讨大段同种异体皮质骨愈合活化表面的临床意义。
Objective To study inductive osteogenesis of Haversian system and evaluate the clinical significance of the vitalization surface in the healing process of the massive cortical allografts.
结果氨基胍和同种异体松质骨复合物在骨缺损愈合过程中成骨量、成骨速度、时间均优于单纯同种异体松质骨。
Result:The compound of cancellous allograft bone and AG were superior in term of the amount and speed of new bone formation on region of bone defect to the simple cancellous allograft bone.
目的观察天然型无机骨骨缺损内与骨膜下植入后在成骨能力、愈合过程上的差异。
Objective To observe the differences of the osteogenetic ability and the healing process between the natural non-organic bone (NNB) in subperiosteal implantation and in bone defect implantation.
提要：髁突软骨和生长板软骨是不同部位的两种软骨，其发育过程均为软骨内成骨。
Summary: Condyle cartilage and growth plate cartilage are different parts, but their development processes are both endochondral ossification.
提要：髁突软骨和生长板软骨是不同部位的两种软骨，其发育过程均为软骨内成骨。
Summary: Condyle cartilage and growth plate cartilage are different parts, but their development processes are both endochondral ossification.
应用推荐