liposome
美 ['lɪpəsəʊm]英 ['lɪpəsəʊm]
- n.脂质体
- 网络微脂粒；微脂囊；微脂体
复数：liposomes
liposomeliposome
脂质体
脂质体（liposome）：是由包围水相空间的磷脂双层形成的囊泡（小泡）。脂肪酸护肤品 油 脂 饱和脂肪酸 单不饱和脂肪 多不 …
微脂粒
此外，以微脂粒（Liposome）携带活肤成分的微胶囊化配方，非常适合运用在精华液中，微脂粒本身就有一点黄浊，入配方后 …
微脂囊
以微脂囊(Liposome)科技将眼镜蛇不饱和脂肪酸萃取精华、Q10、熊果素、维他命Ｃ乙基、玻尿酸纳、维他命Ｅ、天然保湿因子 …
微脂体
...传输有效成分。微脂体(Liposome)是用卵磷脂做成的极微小的油脂球，它比非脂质体能更加轻易的渗透入皮肤层内，使营养成 …
脂质小体
脂滴形成于内质网中，为有界膜包绕的圆形均质小体，称为脂质小体（liposome），其电子密度一般较高。初形成的脂滴很小…
脂质囊
运用了脂质囊(Liposome)科技，微小的粒子能够有效洁净肌肤，卸除彩妆， 同时将保... 查看详细>>4.0 6条心得 0人用过
微脂质体
系佢独有微脂质体(liposome)技术可以一小时内到达表皮/真皮细胞 ，加快复修能力以及含有高浓度的自我复修酵素，足够复修D…
1
It is of great significance to understand the mechanism of cationic liposome-mediated gene delivery.
理解阳离子脂质体运载基因的机制对阳离子脂质体的研究具有重要意义。
2
The invention provides a method for preparing a liposome, and relates to preparation of a drug carrier and a cosmetic carrier.
一种脂质体的制备方法，涉及药物载体和化妆品载体的制备。
3
The entrapment efficiency of azithromycin liposome was determined by reverse dialysis method with HPLC for analyzing the amount of it.
采用逆相蒸发法，利用大豆粉状磷脂制备阿奇霉素脂质体。
4
Thus, the resulting determination of the number of ligands per liposome is an average for the bulk formulation.
因此，测出的每个脂质体配体的数目是整体配方的平均数。
5
He described the technique to put this gene inside plasmid cationic liposome complexes and then deliver it intravenously.
先将环氧合酶基因导入质粒阳离子脂质体复合物，再通过静脉给入。
6
The invention discloses verapamil liposome and a preparation method of the verapamil liposome, belonging to the technical field of medicine.
本发明属于医药技术领域，具体公开了维拉帕米脂质体及其制备方法。
7
The invention relates to a method of measuring transformation temperature of liposome, belonging to the analysis measuring field.
本发明属于分析测试领域，具体是涉及一种测定脂质体相变温度的方法。
8
In nontarget tissue spleen , the tissues distribution of the glycosylation liposome is a little higher than OM-L.
在非靶组织脾脏主动靶向氧化苦参碱脂质体的分布比普通脂质体略有升高。
9
Conclusions As a new drug delivery system, liposome entrapped cyclodextrin complex has a good prospect in pharmaceutical field.
结论环糊精包合物脂质体是一种新型的药物载体，具有广阔的研究与应用前景。
10
Conclusions Cucurbitacin E is insoluble in water, its partition coefficients for n-octanol-water and liposome-water are moderate.
结论葫芦素E为水不溶性药物；正辛醇-水分配系数及脂质体-水分配系数均中等偏低。
11
Objective: To investigate the efficacy of fluconazole. Itraconazole and liposome amphotericin B theraphy IFI patients with hematopathy.
目的：探讨血液病患者合并侵袭真菌感染（IFI）应用氟康唑、伊曲康唑和脂质体两性霉素B治疗的结果分析。
12
CONCLUSION There is significant difference between the tissue distributions of rats after paclitaxel liposome and paclitaxel injection.
结论大鼠给予紫杉醇脂质体及紫杉醇注射液后在各个脏器的分布量几乎均有极显著性差异。
13
Local hyperthermia can increase the tumor vessel wall permeability to nano liposome, resulting in improved drug delivery efficiency.
热作用可以提高肿瘤血管对脂质体药物的通透性，从而促进肿瘤内部的药物传输。
14
Objective To investigate the killing effect of liposome encapsulated paclitaxel on endometrial carcinoma Ishikawa cells in vitro.
目的探讨注射用紫杉醇脂质体对人子宫内膜癌细胞系的体外杀伤作用。
15
Conclusion The liposome can improve the light and thermal stabilities of amphotericin B significantly.
结论脂质体可明显降低两性霉素B的光和热降解，延长药物降解半衰期，显著提高两性霉素B的稳定性。
16
Ultrafiltratio-HPLC method is adopted to determine the encapsulation efficiency of oxymatrine liposome.
并且采用超滤-HPLC法测定了脂质体的包封率。
17
ABSTRACT: Objective To optimize the preparation and formulation of docetaxel-containing liposome.
摘要：目的优化制备多西紫杉醇脂质体的工艺和处方。
18
The envelopment and leakage rate of folate liposome to calcein were determined to evaluate the stability of folate liposome. 3.
通过测定叶酸脂质体对钙黄绿素的包封率和渗漏率，考察叶酸脂质体的稳定性。
19
Objective To introduce the progress of liposome entrapped cyclodextrin complex delivery systems.
目的介绍环糊精包合物脂质体给药系统的研究进展。
20
Objective To introduce the research progress of liposome electrochromatography(LEC).
目的为脂质体电色谱的研究提供参考。
21
Conclusion: Our prepared liposome shows larger loading capacity and better envelopment and stability.
结论：我们制备出了稳定、载药量较大、包封率较高脂质体。
22
A new targeting drug delivery liposome of berberine hydrochloride was prepared by the method of thin-film evaporation method.
采用薄膜蒸发发制备了一种新的具有生物靶向性的盐酸小檗碱脂质体。
23
A method was founded to measure the phase transition temperature of liposome by differential scanning calorimeter (DSC).
建立了采用差示扫描量热方法探索了该脂质体的相变温度的方法。
24
CONCLUSION: The influence of liposome on penciclovir penetration through mouse skin was significant.
结论脂质体对喷昔洛韦经小鼠皮肤的渗透具有显著影响。
25
OBJECTIVE To optimize the preparation of superoxide dismutase (SOD) liposome and study its distribution in mice.
目的优化超氧化物岐化酶（SOD）脂质体的制备工艺，并考察SOD脂质体和SOD溶液在小鼠体内组织的分布。
26
Targeting therapy of liposomes should be well matched with the liposome behavior in vivo.
脂质体的靶向治疗应用与脂质体的体内生物学行为相一致。
27
The application of liposome as a drug deliver system has become research hot topic at home and abroad.
载药脂质体给药系统已成为国内外的研究热点。
28
Since both these drugs have short half-lives, the liposome coating could potentially make them active for longer periods.
由于这些药物的半衰期都很短，包覆脂蛋白有潜力让它们的活性保持更长时间。
29
The stability of both the liposome and the pharmaceutical agent is thus maintained, prior to administration.
于是在给药之前保持了脂质体和药物两者的稳定性。
30
OBJECTIVE To observe the effect of chitosan capsule filled with dexamethasone(DSP) liposome lyophilized powder on colitis in rats.
目的评价地塞米松（DSP）脂质体冻干剂壳聚糖胶囊对结肠炎大鼠的治疗作用。