国产可吸收胶原膜能有效地引导即刻种植体周骨缺隙的骨组织再生。
The absorbable atelocollagen membranes made in china could effectively guide bone regeneration around immediate extraction sockets implants.
目的：观察壳聚糖作为牙周引导组织再生膜的生物相容性。
Objective: to investigate the biocompatibility of chitosan as membrane for periodontal guided tissue regeneration (GTR).
目的：观察膜引导组织再生术在修复面神经缺损中的作用。
Objective:To determine whether the guided tissue regeneration technique is effective on the repair of facial nerve defect.
提示经PRP和PPP处理的生物降解膜可能更利于引导牙周组织再生。
It suggests that the biodegradable membranes treated with PRP and PPP may play an effective role for guided tissue regeneration.
而引导组织再生膜的发现与应用无疑为解决这一难题带来了希望。
The guided tissue regeneration membrane and application of the discovery has undoubtedly brought hope to solve this problem.
结论国产可吸收胶原膜能有效地引导即刻种植体周骨缺隙的骨组织再生；
Conclusion The absorbable atelocollagen membranes made in china could effectively guide bone regeneration around immediate extraction sockets implants.
结论：从材料的机械性能和降解性能上看，壳聚糖膜基本符合用于引导组织再生的要求。
Conclusion: From the point of view of mechanical strength and degradation performance, Chitosan membrane meet the requirements of guided tissue regeneration.
目的探讨用冷冻异体骨膜作为引导骨组织再生膜的可能性。
Objective Explores the feasibility of guiding bone tissue regeneration by frozen homologous periosteum.
目的设计制备包含活性生长因子的引导组织再生生物膜（以下称功能性复合膜）。
AIM:To design and prepare complex film enveloped growth factor sustained release microspheres for guided periodontal tissue regeneration.
方法：在实验研究成功的基础上，将冷冻异体骨膜作为引导组织再生膜性材料应用于引导即刻种植义齿植体周围骨缺损的修复。
Methods:Based on successful laboratory research, we treated the patients with bone loss around instant implants by using frozen homologous periosteum as Guided Tissue Regeneration membrane.
目的：观察双抗胶原膜（BACM）引导周组织再生的疗效。
Objective: To observe the effect of bianticollagen membrane in guiding periodontal tissue regeneration.
结果：兔骨缺损修复实验显示，细胞-支架复合体即刻种植新骨形成较差，联合应用引导组织再生膜可提高新骨形成面积百分比。
Results: in experiment of rabbit cranial defect, immediate construction of tissue-engineered bone led to poor bone formation, but application of GTR membrane increased the bone formation.
目的：探讨牙周膜成纤维细胞与可吸收引导组织再生膜生物相容性，为牙周组织工程中支架材料选择提供依据。
Objective: To evaluate the biocompatibility on guided tissue regeneration membranes combined with cultured human periodontal ligament fibroblasts (PDLFs) in periodontal tissue engineering.
目的：总结引导组织再生膜的进展，为临床引导组织再生膜的研究工作提供参考依据。
OBJECTIVE: to summarize the progress of guided tissue regeneration membrane and to provide reference evidence for carrying out guided tissue regeneration membrane clinically.
这种新型膜材料虽然只是单层结构，但是却表现出良好的双重生物学功能，能够很好的满足引导性组织再生术的要求。
This new type membrane shows excellent dual biological functions and satisfied the requirement of GTR technique successfully in spite of a monolayer structure.
这种新型膜材料虽然只是单层结构，但是却表现出良好的双重生物学功能，能够很好的满足引导性组织再生术的要求。
This new type membrane shows excellent dual biological functions and satisfied the requirement of GTR technique successfully in spite of a monolayer structure.
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