Objective To evaluate the bio compatibility of isobutyl - chitosan as a material.

目的:评价异 丁基 壳聚糖作为生物材料的安全性.

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Objective: Preparation and Characterization of seasonal artificial bone biomaterial.

目的: 研究合理人工骨复合生物材料的制备及性能.

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It explores the materials and technology which has brought us new biomaterials.

它探讨的材料和技术,给我们带来了新的生物材料.

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Molecular design and engineering of biological materials inspired by nature.

由自然界所启发的生物材料分子设计与工程.

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This course includes principles and developments of biomaterials and tissue engineering.

本课程内容主要包括生物材料和组织工程的基本知识和发展动态.

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The biomaterial was replaced by connective tissue within 6 weeks.

在6周之内,此种生物材料逐渐被结缔组织取代.

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Molecular design of new biological materials for nanotechnology, biocomputing and regenerative medicine.

纳米技术 、 生物运算与再生医学领域涉及的新型生物材料的分子设计.

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The preparation and characterization of nano - biomaterials, bio - labeling and diagnosis materials.

纳米 生物材料 、 生物标记与诊断材料的制备与性能研究.

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Otherwise , application study of chitosan for biomaterial was also introduced briefly.

并简单介绍了壳聚糖作为生物材料的应用研究概况.

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History of biological materials.

生物材料的历史.

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Basic molecular structural principles of biological materials.

生物材料的基本分子结构原理.

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This paper summarized the chitosan composites biomaterials.

综述了壳聚糖复合生物材料的研究现状.

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Future research and development trends of FIR technology on processing agriculture biological materials were discussed.

在此基础上提出了红外干燥技术在生物材料加工中的进一步研究方向.

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The FasL + chondrocytes mixed with Pluronic F 127 were injected subcutaneously into abdomen wall in allogenic porcine.

取FasL+的软骨细胞与可注射性生物材料PluronicF127混合,注射于同种异体猪的腹壁皮下.

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Yet this is also true with other forms of technology such as weapons and Biological material.

同样的情形,也可见证于其它科技,如武器和生物材料等科技上.

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