microspheres
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例句
Aims to be the basis of the results of the composite polymer microspheres form of rationalization proposals put forward.
目的在于能够根据研究的结果对复合形态聚合物微球的制备提出合理化建议。
Glass microspheres smaller than a human hair are being used to deliver large, localized amounts of radiation to diseased organs in the body.
比人的头发丝还小的微型玻璃小球正被用于向有病变的器官传递大量局部使用的辐射能。
Conclusion The crosslinked starch microspheres prepared can be used as a drug-carrier for iodine, which is usually used as a bactericide.
结论制备的交联可溶性淀粉微球可以作为碘的载体，用于局部消炎和杀菌。
CONCLUSION The method was proved to be stable and reliable to determine the encapsulation efficiency of biodegradable PLGA microspheres.
结论此方法稳定、可靠，可以满足生物可降解微球包封率测定的要求。
As the appearance of magnetic microspheres and nanospheres , the study of drug delivery carriers requires to be wider and deeper.
磁性微球、纳米胶囊的出现对囊材与载体材料的研究提出了新的要求。
CONCLUSION Chitosan microspheres could prolong the residence time of drug in the nasal cavity and increase the bioavailability of etoposide.
结论壳聚糖微球可以延长药物在鼻腔内的滞留时间，提高药物吸收，有很好的应用前景。
And the surface of microspheres will become coarser with the increase of pH value, resulting in breakage.
其他条件不变时，微球形貌随pH值的增大逐渐变差，最终破裂；
RESULTS: A number of properties of two magnetic starch microspheres were in keeping with design.
结果：两种磁性微球的各项性质符合设计要求。
Polyurethane and sodium alginate was blended to get a new type of gel microspheres and study the performance of its loading drugs.
将聚氨酯与海藻酸钠共混制备了新型水凝胶微球，研究了其载药性能。
CONCLUSION Accelerated release testing could be applied to evaluate the drug release profile of huperzine A PLGA microspheres.
结论：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。
The results showed that the size of polystyrene microspheres decreased with increasing amount of stabilizer and co-stabilizer.
结果表明，随着分散稳定剂和助稳定剂用量的增加，聚苯乙烯微球的粒径减小；
OBJECTIVE To prepare PLGA microspheres containing dexamethasone acetate and evaluate their characteristics and biocompatibility.
目的制备醋酸地塞米松缓释微球并进行体内外评价及生物相容性考察。
The results of DSC indicated that the addition of this composite microsphere influences the microspheres separation of PU.
DSC分析表明，该复合微球的加入影响了聚氨酯的微相分离。
In this study, with the sulfuric acid solution as the crosslinker, chitosan bioadhesive microspheres were prepared via ionic crosslinking.
以硫酸为离子交联剂，制备了几丁聚糖生物粘附性微球。
PCL microspheres featuring a macroporous morphology and a bone-bioactive surface have been prepared.
聚己内酯微球具有大形态和骨生物活性的表面已经拟定。
The results indicate that high sphericity and smooth-faced alumina based ceramic microspheres can be obtained by twice sintering process.
结果表明：采用二次烧成工艺可以获得球形度高、表面光滑的氧化铝基微球。
Chitosan microspheres, as a novel drug delivery system, have been widely investigated in recent years.
近年来壳聚糖微球作为新型给药系统备受关注。
Conclusion As a new dosage form of floating drug delivery systems, hollow microspheres have a very good prospect in pharmaceutics .
结论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。
At present the polymer microspheres cause of a growing number of academic interest.
目前对高分子微球的研究引起了越来越多的学者的兴趣。
The results of pharmacodynamics in rats showed Ropivacaine Gelatin Microspheres could prolonged the time of analgesia to about 4 hours.
体内药效学显示微球可较明显地延长盐酸罗哌卡因镇痛持续时间至4小时以上。
OBJECTIVE To establish a method for the determination of the encapsulation efficiency of bee venom loaded PLGA microspheres.
目的建立蜂毒乳酸-羟基乙酸共聚物微球包封率的测定方法。
Monodisperse polymer microspheres with micron size with different size and size distribution can be designed.
实现了不同粒径大小及粒径分布的微米级单分散聚合物微球制备的控制设计。
Increasing the amount of the stabilizer decreased the size and narrowed the size distribution of microspheres.
增加稳定剂的量，微球的粒径减小，分散性变窄；
Macroscopic compressive tests of polyurethane syntactic foams with different weight fractions of hollow glass microspheres are conducted.
针对不同空心玻璃微珠填充比的聚氨酯复合泡沫塑料进行了宏观压缩实验，研究了材料的准静态压缩性能。
The distribution of encapsulated TT protein in microspheres was relevant with the weight distribution of different size of microspheres.
包裹蛋白在微球中的分布与微球粒径的重量分布成正相关关系；
The effects of slurry solid content and operation technology on the sphericity and average diameter of the microspheres were investigated.
论文其次研究了操作工艺、料浆固含量对微球粒径与球形度的影响。
Monodisperse microspheres with unique composition and structure are widely attractive for its special quality and extensive application.
具有特殊组成和结构的单分散微球以其独特的性质和广泛的应用得到了广泛的关注。
Hence the desired ideal density can be obtained by adding appropriate proportions of hollow glass microspheres.
因此添加不同比例的空心玻璃微珠就能够得到你所想要的理想密度。
The initial stability test of microspheres was studied. Influencing factors, including temperature and humidity were investigated.
对载药微球的稳定性进行初步考察，包括影响因素试验（温度试验、湿度试验）、加速试验、长期试验。
Vertical deposition method was employed to fabricate colloidal crystal, the kinetics mechanism of microspheres self-assembly were discussed.
采用垂直沉积法制备胶体晶体，讨论了垂直沉积法中胶体微球自组装的动力学机理。
Its procedure, influence effects and applications in preparing emulsions, microspheres and nanoparticles are reviewed.
本文综述了膜乳化过程、影响因素，及该技术在乳剂、微球、纳米粒等剂型制备中的应用。
The starch microspheres were prepared by the inverse emulsion polymerization principle with soluble starch as raw materials.
原理，以可溶性淀粉为原料，合成淀粉微球。
SEM images of hot-melted polymer microspheres showed that there were many tiny pigment particles in the polymer microspheres.
热熔融后，聚合物微球内包覆了细小的颜料颗粒。
The invention discloses porous microspheres and the application thereof in preparing the vaccines of the porous microspheres.
本发明公开了一种多孔微球及其在制备多孔微球疫苗中的应用。
Conclusion The formula of perfluoropropane microspheres containing human albumin for injection was optimized.
结论已优化了全氟丙烷人血白蛋白微球注射液的配制方法。
Experimental results showed that the release speed of composite microspheres was faster than that of sodium alginate gel microspheres.
实验结果表明，复合微球释药速率比海藻酸钠凝胶微球慢。
This organic-metal composite microspheres have potential application in conductive materials and light weight materials.
该有机-金属复合微球在导电材料及轻体材料方面有潜在的应用前景。
Preparation of fluorescent encoded microspheres is the core of flow cytometry based fluorescent microsphere technology.
流式荧光微球分析方法的核心技术是荧光编码微球的制备。
A magnetic immobilized laccase has been prepared by immobilizing laccase onto magnetic polystyrene microspheres with glutaraldehyde.
以磁性聚苯乙烯微球为载体，戊二醛为交联剂，制备出了磁性固定化漆酶。
And porous scaffolds with different size of pore were obtained by choosing different sizes of paraffin microspheres particles.
通过选择不同尺寸的石蜡微球颗粒，可得到不同孔径大小的多孔支架。
