探索人工生物降解材料聚乙醇酸纤维与周围神经组织的生物相容性。
Investigate the biological compatibility of artificial material of polyglycolic acid with peripheral nerve tissue.
结果表明PELA是一种新型生物降解材料。
The results showed that PELA is a new biodegradable copolymer.
目前，淀粉基可生物降解材料已成为研究热点。
At present, study on biodegradable starch-based material is extensive.
介绍了可降解材料聚乳酸树脂的合成与改性方法。
The synthesis and modification methods for biodegradable poly(lactic acid) are introduced.
综述了近几年生物降解材料聚乳酸的改性研究进展。
A brief introduction is given on progress in poly (lactic acid) modification research in recent years.
基于此种情况，研究设计了汽车尾气降解材料测试室。
According to this situation, we study and design the degenerating materials' testing chamber on Automobile exhaust.
主要研究以淀粉为基材的降解材料的配方及其缓释性质。
The controlled-release character and formulation of degradable materials with starch used as the base material were studied.
主要研究以淀粉为基材的降解材料的配方及其缓释性质。
So starch can be used as degradable materials for controlled-release of agrochemicals.
目的探讨生物降解材料壳聚糖与神经干细胞的生物相容性。
Objective to explore the biocompatibility of biodegradable material of chitosan and neural stem cells.
完全生物降解材料能被微生物完全分解，对环境有积极的作用。
Biodegradable materials can be degrading by the microbe and have a positive effect on the environment.
论述了国内外对大豆蛋白制取可生物降解材料的研究进展情况。
This essay introduced the research progress of using soybean protein to obtain biodegradable materials in the world.
目的：用生物可降解材料明胶制备肺靶向硫酸链霉素明胶微球。
OBJECTIVE the purpose is to optimize the preparation of lung targeting microspheres of streptomycin sulfate using the biodegradable materials-gelatin.
但骨科生物降解材料也同样存在一些问题，使其应用受到了限制。
However, biodegradable materials also have some disadvantages that limits the use of them.
探讨了改性制备因素对大豆分离蛋白可生物降解材料的性能的影响。
The modification and preparation condition that influence the mechanics performance of soy protein isolate biodegradable material were studied.
探索人工生物降解材料聚乙醇酸纤维与周围神经组织的生物相容性。
To investigate the biological compatibility of artificial material of polyglycolic acid with peripheral nerve tissue.
在生物医用高分子材料领域，生物可降解材料越来越引起人们的重视。
In biomedical polymer material field, biodegradable materials increasingly attracted people's attention.
聚乳酸作为第一批可吸收降解材料用于临床，至今已有多年的应用历史。
PLA is used for clinical application as one of the first degradable and absorbable materials. It has some years history in application.
研究结果表明：新型聚酯醚降解材料PS BE具有优良的生物相容性。
The result showed that this new medical biodegradable PSBE possess good biocompatibility.
方法以生物降解材料明胶为载体，采用乳化交联法制备炎琥宁明胶微球；
METHODS P-GMS were prepared by emulsion chemical cross-linking method using gelatin as wall material.
利用混合降解菌评价生物降解材料的生物降解性，天津南开大学，宋存江。
Novel Method to Evaluate the Biodegradability of Biodegradable Materials by a Group of Mixed Degrading-bacteria, Nankai University, Cunjiang Song.
TCP是一种良好的生物降解材料，其最重要的特征是成分和人的骨组织相似。
TCP was a good biodegradable material which component was similar to bone as the most important characteristic.
以竹原纤维、聚乳酸为原料，采用非织造结合模压成型工艺制备了完全可降解材料。
Raw bamboo fibers reinforced polylactide biodegradable material was prepared by means of non-woven method and moulding pressing technology.
预计混合材料生产的外部部件和可生物降解材料生产的内部部件的使用率将会上升。
There is an estimated increase in the use of hybrid materials for the exterior parts and biodegradable materials interior parts.
在DMAD流体中，含水浆料可具有包括可降解材料的固相和包括粘弹性表面活性剂的液相。
In DMAD fluids, an aqueous slurry can have a solids phase including a degradable material and a fluid phase including a viscoelastic surfactant.
本文研究了以大豆分离蛋白作为原料研制可生物降解材料的工艺条件及各影响因素的作用机理。
In this thesis, the processing technology of the soy protein isolate biodegradable materials and the mechanism of affecting factors were studied.
一个主要的策略是使用生物可降解材料，这样可以减少那些塑料袋、包装还有金属对环境的伤害。
One main strategy is the use of bio-degradable materials, which can reduce the damage caused by plastic bags, packages and metals to the environment.
本文阐述了理想骨组织工程基质材料的要求，介绍了几种可降解材料在骨组织工程中的应用现状。
This article introduced the requirements of ideal extracellular matrix materials and the application of several biodegradable materials in bone tissue engineering.
本文阐述了理想骨组织工程基质材料的要求，介绍了几种可降解材料在骨组织工程中的应用现状。
This article introduced the requirements of ideal extracellular matrix materials and the application of several biodegradable materials in bone tissue engineering.
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