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引导再生组织
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     2)Guided bone regeneration (GBR) technique;
     2)骨组织引导再生术;
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     An Apllied Study of Guide Tissue Regeneration in Dental lmplant Placed in lmmediate Postextraction Sockets
     引导组织再生在即刻种植上的应用研究
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     Frozen heterogeneous periosteum can guide bone tissue regeneration
     冷冻异种骨膜引导组织再生
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     Clinical Study of Immediate Implantations Using Guided Tissue Regeneration.
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  guided tissue regeneration
Mit der GTR-(guided tissue regeneration-) Technik steht eine Therapiem?glichkeit zur Verfügung, die eine dauerhafte Versorgung solcher F?lle erm?glicht.
      
The problems of orthodontic limits and the positive effects of guided tissue regeneration are discussed.
      
Movement of Periodontally Affected Teeth after Guided Tissue Regeneration (GTR) - an Experimental Pilot Study in Animals
      
With the aim of providing effective periodontal disease therapeutic method, multilayer membranes which were loaded with drug for guided tissue regeneration were prepared using an immerse-precipitation phase inversion technique.
      
The latter is a significant improvement over previous yields and may be useful in attaining our goal of immobilizing a biomolecule gradient for guided tissue regeneration.
      
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In this article, we review some major progresses made in the field of biomedical materials research on the application of collagen protein and its composites formed with certain synthetic polymers (e. g. polyhydroxyethyl methacrylate and polyvinyl alcohol). Some potential development and application of the materials are discussed tentatively. Due to their biocompatibility and physico-chemical properties, the collagen-synthetic polymer hydrogels will find wide application in soft tissue substitution, drug delivery...

In this article, we review some major progresses made in the field of biomedical materials research on the application of collagen protein and its composites formed with certain synthetic polymers (e. g. polyhydroxyethyl methacrylate and polyvinyl alcohol). Some potential development and application of the materials are discussed tentatively. Due to their biocompatibility and physico-chemical properties, the collagen-synthetic polymer hydrogels will find wide application in soft tissue substitution, drug delivery system, guided tissue regeneration, tissue engineering, etc.

在综述国内外研究成果的基础上,回顾胶原蛋白以及与合成高分子形成的复合材料(主要是水凝胶)在生物医学领域方面的研究现状,对该材料今后的发展方向也做了初步的探讨。胶原蛋白和一些合成高分子化合物(如聚甲基丙烯酸羟乙酯,聚乙烯醇等),作为生物材料已得到广泛的应用,而两者形成的复合材料水凝胶具有良好的生物相容性和理化性质,是一类新型的生物材料,具有很大的研究和应用价值。该材料可用于软组织替代物、药物释放系统、组织引导再生、组织工程等方面,成为一类“理想”的生物材料。

Application and study on actuality of compound materials in medicine was introduced. Study showed that it exhibited excellent bio-compatibility and physical-chemical features and possessed great research value and extensively applied prospects, especially in the replacement of parenchyma, release system of drugs, guided tissue regeneration and tissue engineering etc, so this paper made the exploratory thinking about its research prospects and advising clinic application as a study guidance. Simultaneously current...

Application and study on actuality of compound materials in medicine was introduced. Study showed that it exhibited excellent bio-compatibility and physical-chemical features and possessed great research value and extensively applied prospects, especially in the replacement of parenchyma, release system of drugs, guided tissue regeneration and tissue engineering etc, so this paper made the exploratory thinking about its research prospects and advising clinic application as a study guidance. Simultaneously current research on collagen in biomedical fields was summarized briefly.

介绍了复合型材料在生物医学领域的应用和研究情况。研究表明,该材料有着良好的生物相容性和理化性质,因而具有重大的研究价值和广泛的应用前景,特别是应用于软组织替代物、药物释放系统、组织引导再生、组织工程等方面。对它的研究前景作了探索性思考,并提出以临床应用为研究导向。简述了我国胶原蛋白应用于生物医学领域的研究现状。

 
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