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- immuomagnetic microspheres 磁性免疫微球
- The laccase was immobilized on the magnetic chitosan microspheres. 以磁性壳聚糖微球为载体固定漆酶。
- EXPANCEL microspheres can be delivered unexpanded or expanded. EXPANCEL微珠可以在膨胀的或没有膨胀的状态下发货。
- OBJECTIVE To prepare ibuprofen-ethylcellulose microspheres. 目的制备布洛芬乙基纤维素微球。
- OBJECTIVE To study the in vivo release of nisoldipine microspheres in rabbits. 目的:研究尼索地平微球在家兔体内的释药行为。
- The capability of mesh pans for bouncing PAMS microspheres is examined. 通过实验分别研究了筛网盘相关的参数对微球表面粗糙度的影响。
- SOD-PLGA microspheres was prepared by W/O/W multiple emulsion technique. 结果活性保护剂对SOD活性均有保护作用。
- Objective To study the method of immuomagnetic beads technique for detection of peritoneal micrometastasis from patients with gastric cancer and its clinical significance. 摘要目的研究免疫磁珠技术检测胃癌患者腹腔微小转移的方法及临床意义。
- Objective To assess the treatment effects of As_2O_3-PLGA microspheres on VX2 rabbits liver tumor models. 目的观察介入导入三氧化二砷(As_2O_3)微球对VX2兔肝肿瘤模型的治疗作用。
- Probes were modified at the 5’ terminus with Amino Modifier C12 for coupling to carboxylated microspheres. 我的理解是：探针5‘端加12个碳，最后一个碳再连一个氨基，这样再与羧基化微球耦联。
- As a new dosage form of floating drug delivery systems, hollow microspheres have a very good prospect in pharmaceutics. 中空微球作为漂浮药物传递系统的一种新剂型，具有广阔的发展前景。
- Objective:To prepare Sinomenine hydrochloride-loaded bovine serum albumin microspheres(SM-BSA-MS). 目的:制备具有缓释作用的盐酸青藤碱牛血清白蛋白微球。
- Accelerated release testing could be applied to evaluate the drug release profile of huperzineA PLGA microspheres. 加速释放度试验可用于快速评价石杉碱甲微球的释药特性。
- Adsorption to trans-aconitic acid by non-molecularly imprinted microspheres is 26.26%. 充分验证了沉淀聚合法合成分子印迹聚合物微球是一种新的有效的分子印迹方法这一观点。
- In vivo experiments showed that DGR released from microspheres sustained 5 days. DGR微球在体内持续释放5d。
- The microspheres containing 1. 42 mg/ml of HEP can inhibit the occurrence of TRD effectively. 玻璃体内一次性注入HEP－MS能够有效地减少TRD的发生。
- The microcosmic behavior and the in-operation of the microspheres were discussed by analyzing microstructure of RPU. 通过对纯的和空心漂珠增强的硬质聚氨酯泡沫塑料的微观结构分析,探讨了泡沫体的微观行为和增强相的内在作用。
- The materials of embolization were detachable balloons, microspheres, spirales and NBCA. 栓塞材料采用可脱球囊、弹簧圈、微粒、NBCA等。
- Conclusions It is feasible to deliver HupA for an extended time by using biodegradable microspheres. 结论利用生物可降解型微球缓释石杉碱甲是可行的。
- The preparation of functional microspheres by dispersion polymerization with macromonomer was reviewed. 文中对在分散聚合反应中采用大分子单体技术制备功能性微球的研究进行了综述。
