聚丙交酯乙交酯涂层表面黏附血小板较多，个别血小板变形伸出伪足。
The adhesion platelets of PLGA coating were more, and some platelets deformed and the parapodium stretched out.
聚丙交酯乙交酯涂层表面黏附血小板较多，个别血小板变形伸出伪足；
The adhesion platelets of PLGA coating were more, and some platelets deformed and the parapodium stretched out;
二种组成比不同的丙交酯—乙交酯共聚物以溶剂挥发法制成含炔诺酮的微球。
The different lactide-co-glycolide ratio of the PLGA microspheres containing NET was prepared by a solvent-evaporation process.
结果表明，接枝共聚物具有较短的聚l -丙交酯(PLLA)和聚乙交酯(PGA)侧链。
The results showed that the graft copolymers had short PLLA and PGA lateral chain.
通过优化丙交酯与乙交酯比例及加入特殊的聚合物末端基来获得特殊的药物-聚合物间相互作用。
Specific drug–polymer interactions are engineered by optimizing the lactide to glycolide ratio and including specific polymer end groups.
通过傅立叶红外光谱和氢核磁谱（1H NMR）测试表明所合成的丙交酯和乙交酯具有环状结构。
The resulted D, L-lactide and glycolide were found to have ring structure by fourier transform infrared spectrometry and proton nuclear magnetic resonance(1H NMR) spectrometry.
通过优化丙交酯与乙交酯比例（L：G比）及加入特殊的聚合物末端基来获得特殊的药物-聚合物间相互作用。
Specific drug–polymer interactions are engineered by optimizing the lactide to glycolide ratio (L:G ratio) and including specific polymer end groups.
本文从乳酸生产过程中的中间体——乳酸乙酯和乳酸铵出发，避开乳酸的纯化工艺，直接进行合成丙交酯的研究。
To avoid the high cost in purifying lactic acid, lactide was prepared directly in the thesis from ethyl lactate and ammonium lactate, which are intermediate products in the manufacture of lactic acid.
本文从乳酸生产过程中的中间体——乳酸乙酯和乳酸铵出发，避开乳酸的纯化工艺，直接进行合成丙交酯的研究。
To avoid the high cost in purifying lactic acid, lactide was prepared directly in the thesis from ethyl lactate and ammonium lactate, which are intermediate products in the manufacture of lactic acid.
应用推荐