What is killing the bacteria is clear: it is the singlet oxygen. What is luring them into the microcapsules, though, is not well understood.
尽管单线态氧杀死细菌这个事实是清楚的，但是是什么将细菌引入微型胶囊并不清楚。
No diffusion of BSA (v) into the microcapsules was observed.
牛血清白蛋白(V)不能扩散进入微胶囊。
The wet microcapsules released more quickly than dry microcapsules.
湿微囊溶出高于干微囊。
The novel developments on the structure and property of microcapsules were reviewed.
综述了微胶囊的结构和性能方面研究的新进展。
But multilayer microcapsules also have the disadvantages of low efficiency and time consuming.
但层层组装法制备微胶囊也存在着过程较长、耗时较多的问题。
And, the surface morphological structures of the prepared microcapsules were observed with SEM.
并且通过扫描电镜观察分析微胶囊的形态结构和分散情况。
The degree of protection is generally calculated as the rate of its loss from the microcapsules.
保护程度通常按其在微胶囊中的耗损率来计算的。
Objective: to prepare the microcapsules of dirithromycin and to study its release rate in vitro.
目的：制备地红霉素微囊并考察其体外释放度。
The gelatin microcapsules of SOD were prepared with emulsion process using gelatin as load material.
以明胶为囊材，乳化法制备了SOD明胶微囊。
Methods: Lycopene microcapsules were prepared by simple coacervation technique and orthogonal design.
方法：用单凝聚法制备微囊，并用正交实验优化制备工艺。
The research was to study the preparation conditions of eugenol microcapsules and their quality evaluation.
研究丁香酚微囊的制备工艺，并对所制备的微囊质量进行评价。
Aim: to optimize the preparation of the ginger oleoresin alginate-chitosan microcapsules and to study its stability.
目的：优化姜油树脂海藻酸钠-壳聚糖微囊的制备工艺，并对其稳定性进行考察。
Conclusion: the microcapsules prepared can mask the bitter taste of andrographolide, and quickly release in stomach.
结论：该方法所制备微囊不仅可以有效掩盖穿心莲内酯的苦味，而且在胃液中能够快速释放。
ObjectiveTo explore the methods of low temperature preservation for alginate-polylysine-alginate (APA) microcapsules.
目的探讨海藻酸钙-多聚赖氨酸-海藻酸钙（APA）微囊低温保存的降温方法。
Small fractures in the composites move through the material and rupture the microcapsules, releasing the healing agent.
复合体系中的小裂纹穿过材料并使微包覆物破坏，从而释放出愈合助剂。
Objective: to evaluate the toxicity of polyamide microcapsules, acute toxicity and genetic toxicity test were designed.
目的：为确保聚酰胺微胶囊的生物安全性，对其进行了急性毒性和遗传毒性试验。
Objective: the influence of spray drying technology on the damp proof effect of microcapsules and the mechanism were studied.
目的：考察喷雾干燥工艺对乌药鞣质微囊防潮效果的影响，并研究了造成影响的机制。
Objective: the influence of spray drying technology on the damp proof effect of microcapsules and the mechanism were studied.
中文摘要：目的：考察喷雾干燥工艺对乌药鞣质微囊防潮效果的影响，并研究了造成影响的机制。
OBJECTIVE: to prepare aspirin chitosan-sodium alginate microcapsules (ACSPM) and to investigate its optimal formula and releasing mechanism.
目的：制备阿司匹林壳聚糖-海藻酸钠微囊(ACSPM)，并研究其处方优化与释药机制。
With the studies of release curves and SEM photos of the microcapsules, it was shown that two kinds of release profile might exist at least.
溶出曲线和微囊形貌结构照片研究表明，可能至少存在两种不同的溶出释放通道。
Disperse dye microcapsules were applied in thermosol dyeing, transfer printing, multi-color and multi-dot printing and double sided printings.
本论文采用界面聚合法制备聚脲微胶囊并将分散染料微胶囊用于热溶染色、转移印花、多色多点印花和双面印花等。
OBJECTIVE To prepare ketorolac tromethamine(KT)alginate-chitosan microcapsules, and to investigated the behavior of KT microcapsules in vitro.
目的制备酮咯酸氨丁三醇的海藻酸钠-壳聚糖微囊，对其体外释药特性进行考察。
Using Arabic gum and malt dextrin as wall material of microcapsules, the microencapsulation technology of eucommia seed oil was studied in this work.
选用阿拉伯胶和麦芽糊精作微胶囊壁材，对喷雾干燥法制备杜仲籽油微胶囊的技术进行研究。
The preparation of drug microcapsules by the solvent evaporation method is reviewed, and the technical principles of solvent evaporation are introduced.
介绍了溶剂蒸发法制备微胶囊的原理，分析了溶剂蒸发法制备药物微胶囊的工艺的研究现状。
As one of wall materials of microcapsules, starch is not only a kind of abundant and widespread resources but also can make the product quality excellent.
淀粉基原料作为微胶囊壁材之一，不仅资源丰富，来源广泛，而且还赋予产品优质的质量性能。
It was found that microcapsules with gelatin-gum Arabic as wall material had smooth surface, superior transparence and encapsulation efficiency high to 91.2%.
经过研究发现，以明胶-阿拉伯胶为壁材得到的微胶囊，囊壁光滑、透明性好，对芯材包封率高，达到91.2%。
Novel controlled releasing polythiourea microcapsules were prepared from terephthaloyl diisothiocyanate and o-phenylenediamine by interfacial polycondensation.
以对苯二甲酰异硫氰酸酯和邻苯二胺为原料通过界面缩聚法合成了聚硫脲缓释微胶囊。
OBJECTIVE: To assess the biocompatibility of purified sodium alginate-barium chloride microcapsules and the bioactivity of the microencapsulated islets of rats.
目的：研究纯化海藻酸钠-氯化钡微囊生物相容性以及微囊化大鼠胰岛生物学活性。
OBJECTIVE: To assess the biocompatibility of purified sodium alginate-barium chloride microcapsules and the bioactivity of the microencapsulated islets of rats.
目的：研究纯化海藻酸钠-氯化钡微囊生物相容性以及微囊化大鼠胰岛生物学活性。
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