The growth of Microcystis aeruginosa had a positive relation with N and P concentration.
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2. 优化了液泡膜微囊制备方法。
The tonoplast vesicle preparation was improved.
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3. 微囊藻毒素是由蓝藻产生的一类藻毒素。
Microcystins is a class of algae toxins produced by cyanobacteria.
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4. 在饥饿状态下，鱼类更容易富集微囊藻毒素。
In the hunger state, fish may accumulate toxins more easily.
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5. 目的研究生脉微囊悬浮剂的制备和质量评价。
ObjectiveTo study on the preparation of Shenmai aqueous capsule suspension and quality evaluation.
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6. 初步研究了法莫替丁-甲壳胺微囊的释药机理。
The study examine the drug release mechanism of famotidine chitosan microcapsule.
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7. 结果经股动脉给药微囊栓塞后，肿瘤血供明显减少。
Results the blood vessels of the tumor were almost embolized by the microcapsules.
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8. 研究藻细胞密度和微囊藻毒素LR浓度的相关关系。
Relationship between algal cell density and concentration of microcystin LR were studied.
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9. 结论：尼莫地平分子微囊剂的生物利用度高于尼莫通片。
Conclusion: The bioavailability of nimodipine molecular microcapsule is higher than that of nimodipine tablet.
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10. 目的：考察甲硝唑微囊口服结肠定位给药系统的制备工艺。
OBJECTIVE To investigate preparation method for the oral colon specific drug delivery system.
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11. 探讨荧光蛋白磷酸酶抑制法在水体微囊藻毒素检测中的应用。
To study the application of fluorescent protein phosphatase inhibition assay for the Detection of microcystins in water.
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12. 目的：探讨微囊化猪肝细胞移植治疗大鼠急性肝衰竭的效果。
Objective: to investigate the therapeutic effect of microencapsulated pig hepatocyte transplantation on acute liver failure rats.
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13. 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。
The research was to study the preparation conditions of eugenol microcapsules and their quality evaluation.
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14. 通过微囊化技术、外包及混合造粒都可以提高CNN的稳定性。
By microencapsulation, envelopment and mixing granulation, the stability of the CNN can be improved.
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15. APA微囊包裹可减轻羊移植区组织反应，延长移植物的存活。
APA microencapsulation could reduce histological reactions in transplantation area and prolong the survival of the transplant.
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16. 目的：研制维生素c微囊并制成缓释片剂，评价其体外释放特性。
OBJECTIVE To prepare vitamin C sustained-release tablets and determine their in vitro release rate.
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17. 微囊包膜新生猪胰岛可能将为临床异种移植提供良好的供体来源。
Microencapsulated neonatal pig islet would provide a fine donor source for clinical xenotransplantation of islets.
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18. 这将为血红蛋白纳米微囊作为人造红细胞提供一种有效的制备手段。
That would hope to be an efficient method to prepare hemoglobin nanoparticles as artificial red blood cells.
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19. 延长光照时间能加快微囊蓝细菌的生长速率和提高微囊蓝细菌的密度。
With the increasing of the light period length, the growth rate and cell density rose gradually and exogenous phosphorus level declined rapidly in the water.
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20. 实验表明，该方法能准确有效地统计出微囊体颗粒的大小分布等指标。
Experiment shows that this method is feasible and precise to measure size distribution and uniformity of microcapsules.
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21. 微胶囊，微囊体小团胶囊，在压力、溶解或熔化时破裂释放出所含物质。
A small, sometimes microscopic capsule designed to release its contents when broken by pressure, dissolved, or melted.
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22. 微囊藻毒素主要在鱼类肝脏中积累，还可在消化道和肌肉等组织中积累。
Microcystins mostly accumulate in the liver and also in the digestive tract and muscle tissue.
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23. 微胶囊，微囊体小团胶囊，在压力、溶解或熔化时决裂开释出所含物质。
A small, sometimes microscopic capsule designed to release its contents when broken by pressure, dissolved, or melted.
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24. 前言： 目的：研究酮康唑微囊的稳定性，探讨提高酮康唑稳定性的方法。
Objective: To study the stability of ketoconazole and search a method to improve its stability.
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25. 研究了水体的离子强度对粘土和壳聚糖改性粘土絮凝去除铜绿微囊藻的影响。
The effect of ionic strength on the flocculation and removal of Microcystis aeruginosa by clays and chitosan-modified clays were studied.
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26. 这种微囊进一步优选包含甲基纤维素、叶绿酸的一种或几种和至少一种植物油。
The microcapsules further preferably comprise one or more of methylcellulose, chlorophyllin and at least one vegetable oil.
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27. 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。
Aim: to optimize the preparation of the ginger oleoresin alginate-chitosan microcapsules and to study its stability.
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28. 如何有效控制蓝藻水华污染和去除微囊藻毒素是摆在中外环境科学领域的一个难题。
How to control HCB and remove MC is an unsolved problem in the field of environmental science all over the world.
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29. 其中微囊藻是淡水水体中出现频率最高、产生量最大和造成危害最严重的产毒蓝藻。
Among these toxins, microcystins-water blooms happen much frequently, produce much toxins and do much harm than any others in freshwater.
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30. 其中微囊藻是淡水水体中出现频率最高、产生量最大和造成危害最严重的产毒蓝藻。
Among these toxins, microcystins-water blooms happen much frequently, produce much toxins and do much harm than any others in freshwater.
