泡囊

  • 网络vesicle;niosome;vesicules
泡囊泡囊
  1. N,N-双烷基壳聚糖结构对其自组装泡囊性质的影响

    Effects of structure on N , N-dialkyl chitosan self-assembled vesicles

  2. 释放度表明维A酸维生素C棕榈酸酯泡囊释放速度大于市售乳膏和维A酸固体脂质纳米粒。

    The in vitro release rate of tretinoin ascorbyl palmitate vesicles was higher than cream and tretinoin solid lipid nanoparticles .

  3. 本文以维生素B(12)为模型药物,对各种自组装泡囊的的药物释放行为、药物包埋率和载药量进行比较研究。

    Vitamin B_ ( 12 ) is used as model drug for drug release study .

  4. 采用溶剂注入法制备维A酸维生素C棕榈酸酯泡囊,并进行了处方优化,采用透析法测定包封率。

    Prepare tretinoin ascorbyl palmitate vesicles by solvent-injection method , and optimize the formulation of vesicles , entrapment efficiency was determinated by dialysis method .

  5. 目的:建立HPLC法测定必酮碟泡囊剂中二丙酸培氯松的含量。

    OBJECTIVE : To establish a method to determine the content of beclomethasone dipropionate in Becodisk blisters by HPLC .

  6. 温度升高和CO2浓度倍增的交互作用降低了泡囊侵染率、丛枝侵染率和侵染率;

    Temperature rising and CO_2 concentration doubling enhances colonization intensity of AMF , but its interact decreases colonization of vesicle and arbuscule .

  7. 结果表明,柠条锦鸡儿菌根类型为I-型(intermediatetype),泡囊形态多样,形成于细胞间或细胞内,丛枝包括树枝状和花椰菜状两种类型。

    The results showed that mycorrhizal type was intermediate type and morphology various vesicles which distribution intercellular and intracellular . The structure of arbuscular includes tree and cauliflower-shaped .

  8. 孢子密度与土壤有机质、速效磷、速效钾和Cl-含量呈负相关,泡囊定殖率与土壤pH呈正相关,而与土壤湿度、速效钾和Cl-含量呈负相关。

    Spore density is also negatively correlated with the contents of soil organic matter , soil available P , soil available K and soil Cl - .

  9. AM真菌泡囊定殖率和总定殖率与土壤速效N有显著负相关,其定殖强度可能主要取决于宿主植物和AM真菌的相互选择性。

    Soil available N had a significant correlation with vesicular and total colonization of AMF , its colonization rate may be probably influenced by host plants and AMF .

  10. 实验结果表明N,N-双十二烷基化壳聚糖可用于实用药物胰岛素自组装纳米泡囊的制备,其包封率和载药量较高,持续释放时间较长。

    The experimental results show that N , N-dilauryl chitosan self-assembled vesicles can be applied for encapsulation of insulin for its bigger drug-encapsulation efficiency and longer sustaining time of drug .

  11. 用毒素粗提液处理寄主愈伤组织2d后,可于光学显微镜下观察到严重的细胞原生质泡囊化现象,这是寄主受到毒素作用后于细胞水平所表现出的伤害症状。

    After the host callus cells were inoculated with the toxin , the many bubbles in cell plasma were observed in 2 days .

  12. 离根尖1厘米左右根段中泡囊出现百分率与VA菌根侵染率呈极显著或显著正相关。

    The percentage of vesicle occuring is significantly correlated to the percentage of VA mycorrhizal colonization .

  13. 用模型药物维生素B(12)研究泡囊的药物释放行为,考察酰化壳聚糖自组装泡囊的药物包封率和载药量。

    The experiments have been done to study the drug-encapsulation ration , the drug-carried amount of vesicle material , and the drug release behavior of various vesicles with Vitamine B12 as model drug .

  14. 土壤速效P与丹参丛枝定殖率、麻山药泡囊定殖率呈显著正相关,与桔梗孢子密度、白术泡囊定殖率呈显著负相关。

    Soil available P exhibited a positive correlation with arbuscular colonization of Salvia miltiorrhiza and vesicular colonization of Dioscorea opposite , while a negative correlation with spore density of Platycodon grandiflorus and vesicular colonization of Atractylodes macrocephala ;

  15. VA菌根是泡囊-丛枝内生菌根菌与高等植物根系形成的共生体。

    Vesicular arbuscular mycorrhiza ( VAM ) is the symbiont composed of vesicular-arbuscular fungi and fine roots of higher plants .

  16. 在接种的植株根部均可发现VA菌根特有的泡囊和丛枝结构,由此推断,该VA菌剂对供试植物具有实际应用和开发价值。

    It is suggested that the VA endomycorrhiza improves the growth of the tested plants significantly and has its practical value in development .

  17. 在侵染后期,AMF主要以泡囊的形式侵染红桦根系;

    In the late of colonizing , AMF mostly uses the form of vesicle to colonize rootlet of Betula albo-sinensis .

  18. 低栽培密度有利于AMF形成泡囊和丛枝结构,提高AMF侵染率,增强AMF侵染强度;

    Low cultivated density is propitious to form vesicle and arbuscule and to increase colonization of AMF and to enhance colonization intensity .

  19. 本文以分子器件和生物传感器为应用背景,介绍了各种仿生功能膜的类型,如LB膜、脂质体、泡囊等。

    Variety of biomembrane-mimetic systems such as LB film , liposome , vesiCle etc . have been introduced as the functional parts of molecular devices and biosensor .

  20. 而免疫3次和免疫1次小鼠血清IgG抗体水平及减虫率、减卵率均无显著差异。老感染区细胞间的菌丝顶端也可见泡囊形成。

    But the level of IgG , the rate of reduced worm burdens and the rate of reduced eggs number had no statistical difference between the mice immunized for one time and those for three times .

  21. 土壤碱解氮与孢子密度呈极显著负相关,土壤有机质与孢子密度呈显著负相关,土壤pH与菌丝定殖率呈显著负相关,与泡囊定殖率呈极显著负相关。

    Soil alkali solution N had a significant negative effect on spore density , and soil organic matter presented negative correlation to spore density . Soil pH had a negative effect on hyphae percent colonization , and a significant negative effect on vesicle percent colonization .

  22. 在PDA平板上的灰霉菌丝抑菌试验中,伊枯草菌素抑制菌丝生长,引发菌丝顶端膨大,形成泡囊,泡囊破裂后原生质外泄;

    In the antibiosis detection with B. cinerea on plate , iturin inhibited mycelial growth and caused the vesicle structures in the tips of hyphae , then the cell wall broken and the protoplasm leaked out .

  23. 由于π-形ABC嵌段共聚物能够演化成线形或星形ABC嵌段共聚物,因此它们是研究复杂嵌段共聚物自组装成多隔段胶束和泡囊的理想模型。

    Since π - shaped ABC block copolymers can reduce to linear ABC and star ABC block copolymers , they are good model copolymers for studying the self-assembly of complex block copolymers into micelles or vesicles . 4 .

  24. 表面不同蛋白对包载顺铂Plu-Chol泡囊理化性质的影响

    Influence of different conjugated proteins on physical and chemical properties of Cisplatin-loaded Plu-Chol niosomes

  25. 活体共焦显微镜检查:术后第7天,A、B、C实验组及MMC对照组较空白对照组滤过泡囊腔结构明显,纤维组织疏松;MMC对照组组织层间见大量炎症细胞浸润。

    Living confocal microscopy : On the postoperative 7th day , there were more significant bleb cavities , thinner and looser fibrous tissue in three experimental groups and MMC group than the blank control group ; a large number of inflammatory cells can be seen in MMC control group .

  26. 前面我曾说过,耳朵是由一个小小的泡囊发育而来的。

    And I mentioned that the ear develops from a little ball .

  27. 泡囊丛枝菌根对红三叶草根际土壤磷酸酶活性的影响

    Effect of VAM fungi on phosphatase activity in the rhizosphere of clover

  28. 泡囊丛枝状菌根对南洋杉幼苗的接种效应

    Inoculating effect on seedlings of Araucaria Cunninghamia by VA Mycorrhiza

  29. 泡囊:来源不同、形状各异的小型液泡,其内可含细胞分泌产物。

    Vesicle A small vacuole of variable origin and shape .

  30. 自动激活锌-银储备电池用泡囊材料优选

    Material optimization of the reservoir in automatically activated zinc silver oxide primary battery