Biodegradable polymer is a very important part of biomedical materials.
生物可降解高分子材料是生物医用材料的重要组成部分。
By tests of aerobic biodegradation, it is concluded that PASP is a readily biodegradable polymer.
好氧生物降解性试验表明，PASP属易生物降解性有机物。
The biodegradable polymer ACTS like a scaffold and researchers say that it can support the growth of new brain cells.
生物分解聚合物就像个支架，研究专家表示这个支架能支撑，让脑细胞增生。
Miscibility and Crystallization Behaviour of Biodegradable Polymer Blends , Beijing University of Chemical technology , Zhaobin Qiu.
生物降解聚合物共混物相容性和结晶行为的研究，北京化工大学，邱兆斌。
PBS, as a fully biodegradable polymer with relatively low cost and higher melting point, can also be used to modify other polyesters.
PBS作为一种全降解、高熔点和低成本的聚酯，可用于改良其它聚酯。
In that case, the surgeon will use a biodegradable polymer scaffold that will dissolve over time as it's replaced with the child's own cartilage.
针对这一情况，手术中会使用一种能够生物降解的聚合材料来制作支架，这具支架会随着时间慢慢溶解，逐渐被孩子自己的软骨所替代。
To make their lens, the researchers took a biodegradable polymer called PLGA and dissolved it in an organic solvent, and then they added their drug.
研究者采用了一种叫PLGA的生物降解聚合物来制造镜片，首先将其溶解在有机溶剂里，然后加入药物。
A special formulation of biodegradable polymer was developed that produces a high quality finish but which also biodegrades easily in compost.
其一是研究人员进一步研发了一种特殊可降解型聚合体使得手机外壳可以在肥料中轻松分解。
The present invention discloses a process of preparing sustained release microspheres, containing a biodegradable polymer as a carrier and a drug, using spray drying.
公开了一种使用喷雾干燥制备缓释微球的方法，所述微球包含作为载体的生物可降解聚合物和药物。
It introduced biodegradable mechanism of polymer materials, summarized the study and application of the biodegradable polymer materials and forecasted the future direction of study.
介绍了高分子材料生物降解机理，概述了生物降解材料的研究和应用情况，并展望了将来的研究方向。
Biodegradable polymer materials had good biocompatibility. Polymer and degradation product had small toxicity to the body, which become new drug major carriers of microsphere formulations.
可生物降解高分子材料具有良好的生物相容性。聚合物和降解产物对机体毒副作用小，已成为微球等新药物剂型的重要载体材料。
Biodegradable polyesters are polymer materials, they can be synthesized by chemical methods, enzymatic-catalysis and ferment.
生物可降解聚酯是一种新型高分子聚合材料，可通过发酵、化学方法和酶催化来合成。
Biodegradable plastic-like (polymer) materials are used to form the tissue shape, and a water-based gel delivers the cells to the structure (the gels aren't toxic to the cells).
可生物降解的聚合物材料形成组织形状，水凝胶(对细胞无毒)负责将细胞运输到结构中。
Poly L-lactic acid (PLLA), widely used in biomedicine, is natural polymer material made from corn, which is nontoxic, biodegradable and biocompatible with organism like cell.
聚l -乳酸(PLLA)是一种来源于玉米的纯天然高分子材料，无毒副作用、可降解、生物相容性及细胞亲和性好，广泛应用于生物医用材料。
Sirolimus is a kind of anti-proliferation drug, and acrylate resin is a kind of universal non-degradable biomaterial, moreover, PLGA is a kind of biodegradable medical polymer.
雷帕霉素是一种抗增生型药物，丙烯酸树脂是一种通用的非降解型医用高分子材料，而PLGA是一种常用的可降解医用高分子材料。
The flowable composition includes a biodegradable, thermoplastic polymer, an organic liquid, and risperidone, a metabolite, or a prodrug thereof.
所述可流动组合物包含可生物降解热塑性聚合物，有机液体和利培酮、其代谢物或前药。
As a poly-functional and biodegradable nature polymer, pectin has been focused in research and applied in various fields.
果胶作为一种功能多样的生物可降解天然高分子，日益成为研究的热点，并已应用于多种领域。
This result indicates that this new type of bio-based polymer possess the potential of biodegradable agricultural mulch film development.
显示新材料具备开发新一代环境友好型生物可降解地膜的潜力。
In biomedical polymer material field, biodegradable materials increasingly attracted people's attention.
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。
Taking a biodegradable shape memory polymer as the raw material, the suture with required specification is obtained through molding and curing process.
以生物可降解的形状记忆聚合物为原料，经成型固化过程得到所需规格的缝合线。
A locally slow-releasing glutathione inhibitor contains free radical resultants and glutathione inhibitor, which are wrapped by biosoluble and biodegradable high-molecule polymer.
局部缓释谷胱苷肽抑制剂，由生物可溶性、可降解吸收的高分子多聚物及包于其中的自由基生成物和谷胱苷肽抑制物组成。
The team used existing polymer-based biodegradable fibres, 100 times smaller than a human hair, and re-engineered them to create a unique 3-D scaffold.
团队用最新的聚合物纤维来分解，它比人类头发细一百倍，再加以设计、创造独一无二的立体支架。
The team used existing polymer-based biodegradable fibres, 100 times smaller than a human hair, and re-engineered them to create a unique 3-D scaffold.
团队用最新的聚合物纤维来分解，它比人类头发细一百倍，再加以设计、创造独一无二的立体支架。
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