Polymeric biomedical materials, also called biomaterials for short, are a kind of materials with particularly properties such as biocompatibility. They could be used for tissue and organ repair or substitution and disease diagnose and therapy.

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In this paper, the biodegradation behavior of AZ31 magnesium alloy was studied and its potential as a biodegradable medical material was also discussed.

研究了AZ31镁合金作为生物医用材料的体内外生物降解行为。

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Conclusion PDLLA-CPP is a new and safe medical with good biocompatibility and absorbability.

结论PDLLA-CPP复合材料是一种安全的可吸收性生物医用材料，有良好的细胞生物相容性。

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Wear-corrosion Behavior of 316L Stainless Steel for Biomedical Applications

生物医用材料316L不锈钢的磨损腐蚀特性研究

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Preparation and characterization of K_2Ti_6O_ ( 13) coating on titanium matrix biomedical material

Ti基生物医用材料表面K2Ti6O（13）涂层的制备与表征

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DSC results showed that the glass transition temperature of COL was 176 ° C, and thermal stability declined slightly comparing with BC. COL/ BC displayed a good thermal stability which could meet the sterilization requirements of biomedical materials at 121 ° C.

DSC结果显示，在176°C条件下出现了胶原的玻璃化转变，与BC相比稍有下降，但仍能满足生物医用材料121°C灭菌的要求，热稳定性能良好。

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The applications in the biomedical materials included mainly anticancer drugs, DNA fluorescence probe and fluorescence molecular switch.

在生物医用材料方面的应用主要包括抗肿瘤药物、DNA荧光探针和荧光分子开关；

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Micro-spectrophotometry and micro-image analysis studies of activity detection on the schwann cells cultured on the bracket of tissue engineering material

组织工程材料上培养的雪旺氏细胞活性检测的显微分光光度和图像分析研究

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One of the important topics studied in the tissue engineering is the material physical properties and its biocompatibility.

组织工程材料应用研究的主要内容之一即材料的物理性能及其生物相容性，而目前可供选用的材料种类繁多。

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Objective To evaluate the toxicity of chicken calamus keratin ( CCK) conduit as a tissue-engineered scaffold material.

目的观察鸡羽根角蛋白管作为组织工程材料的毒性作用。

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Polymeric microspheres with different surface characters were embedded onto the surface of PLA membranes via surface entrapment.

采用表面截留法将具有不同表面性质的微米级聚合物微球结合到聚乳酸组织工程材料表面，构建得到功能微球改性聚乳酸组织工程材料表面。

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Porous PLA can be used to culture cells, therefore it is a potential bone tissue-engineering carrier.

多孔聚乳酸可以吸附骨髓基质细胞生长，因此可能作为骨组织工程材料。

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This review interpreted the researches status quo and advances in ocular surface reconstruction experiment and clinical application.

本文将介绍上述组织工程材料在眼表重建实验和临床应用的研究现状及进展。

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Trichrome staining observation of grinded section in rat critical-sized calvarial defect repairment with tissue engineered bone

组织工程材料大鼠颅骨缺损修复过程中的磨片三色染色观察

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Polymeric Materials for Tissue Engineering

聚合物组织工程材料

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The mechanical property of small intestinal submucosa which is biological material for in vivo tissue engineering

体内组织工程材料-小肠粘膜下层的力学性能

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Characterization of Chitosans with different molecular weights and deacetylation degrees used as tissue engineering materials

不同分子量和脱乙酰度壳聚糖用作组织工程材料的性质评价

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Compatibility of Osteoblast with the Compound of Bone Tissue-Engineering Material and Growth Factor

骨组织工程材料生长因子复合物与成骨细胞相容性研究

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Study on Design and Cytocompatibility of Functional Particles Modified Poly ( Lactic Acid) Surface

功能微球改性聚乳酸组织工程材料及其细胞相容性研究

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The Studies on Materials Preparation, Construction and Evaluation for Tissue Engineering Scaffold

组织工程材料制备、支架构建与评价的若干研究

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This material was expected to be a bioactive bone tissue engineering material.

此类材料有望成为一种生物活性的骨组织工程材料。

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