- 更多网络例句与甘草甜素相关的网络例句 [注：此内容来源于网络，仅供参考]
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Objective: To study the technology of compound glycyrrhizin and sodium chloride injection.
目的：研究复方甘草甜素氯化钠注射液的生产工艺。
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Objective To explore the effects of glycyrrhizin on Langerhans cells of mice.
目的探讨甘草甜素对小鼠皮肤朗格汉斯细胞的影响。
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ObjectiveTo review the progress in the study of pharmacological effects of glycyrrhizin for its reasonable utilization and further development.
目的综述甘草甜素的药理作用，为甘草资源的合理利用和深度开发提供可靠的依据。
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The metabolism of lipids and the effects of Glycyrrhizin in rats of acute ethanol intoxication have been investigated.
本文研究急性乙醇中毒的大鼠脂质代谢的改变及甘草甜素的保护作用。
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We conduct this study in order to investigate whether glycyrrhizin is effective in herpes simplex encephalitis.
因此开展了本实验，旨在观察甘草甜素对HSV-1的抑制作用，为临床更为有效的治疗单纯疱疹病毒性脑炎探索新的药物。
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Among these components, the active ingredient of AIDS is glycyrrhizin.
在这些成份当中，对艾滋病的有效成份是甘草甜素。
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According to laboratory analysis of 18 kinds of Chinese licorice, which contains glycyrrhizin accounted for 3.6 to 13.06%.
据化验分析，中国产的18种甘草，其中含有甘草甜素的占3.6%至13.06%。
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Experiment in vivo: Establishing the HSE model of Balb/c mouse intracranially to identify effection of glycyrrhizin on mortality of mice with HSE, the replication of HSV-1and expression of iNOS mRNA due to secondary antoimmune-mediated tissue damage.
体内抗病毒实验：经颅内接种HSV-1建立HSE的小鼠模型，观察甘草甜素对HSE小鼠死亡率的影响，在体内对病毒的抑制作用，以及对介导HSE继发性免疫损害的iNOS的mRNA表达的抑制作用。
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The design introduced aspects as follows, which was emphatically around the sweet vegetable of licorice root production technology, original auxiliary materials nature and their effect on quality of medicinal extracted products; sureness and demonstration of the scheme of the products; demonstration about the technology of Creat medicinal extracted production; selection of equipments; calculation of the capital equipment; building, hygiene, security, and assigning with the total level of the workshop; the factory works and organizes with management and business accounting.
本设计围绕甘草甜素生产工艺着重介绍以下几个方面的内容：原辅材料性质以及它们对甘草甜素质量的影响；产品方案的确定与论证；甘草甜素生产工艺要点及论证；甘草甜素生产工艺设备选型论证，主要设备的工艺计算；生产车间的建筑、卫生、安全、与总平面布置；工厂劳动组织与管理以及经济核算。
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Objective To establish HPLC-UV method for determination of glycyrrhizin acid in compound nasal spray of glycyrrhizin and flower flos magnoliae,the chief active ingredient of formulation,glycyrrhizin acid,and to observethe therapeutic effect of this formulation on guinea pig's hypersensitive rhinitis.Methods A compound nasal spray formulation was prepared using extracts of glycyrrhizin and measured by HPLC-UV method.Mobile phase conˉsisted of methanol,0.2mol/L ammonium acetate and glacial acetic acid（67:33:1,v/v）,analytical column was Zorbax ODS C 18 and wavelength250nm.
目的 建立测定复方甘草和辛夷喷雾剂含量的方法并观察该制剂对豚鼠超敏性鼻炎的疗效方法以甘草提取的甘草甜素和辛夷花蒸馏提取液主药制备成鼻用喷雾剂，用反相高效液相色谱法测定制剂中甘草酸含量，检测波长为250nm，Zorbax ODS C 18 分析柱，流动相为甲醇：0.2mol/L醋酸铵：冰醋酸（67：33：1）。
- 更多网络解释与甘草甜素相关的网络解释 [注：此内容来源于网络，仅供参考]
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glycyrrhizin：甘草皂苷
甘草(Glycyrrhiza urlensis)中含有甘草次酸(glycyrrhetinic acid)和甘草酸(glycyrrhizic acid)[又称甘草皂苷(glycyrrhizin )或甘草甜素]. 甘草次酸有促肾上腺皮质激素(ACTH)样作用,临床上用于抗炎和治疗胃溃疡. 但只有18-βH的甘草次酸才有此活性,
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glycyrrhizin：甘草甜素
三七多糖(sanchian)A,三七素及田七氨酸(dencichine),天冬氨酸,谷氨酸,精氨酸,赖氨酸等16种氨基酸,蔗糖并含铁Fe铜Cu钴Co锌Zn锰Mn钒钼氟F等无机元素甘草 三萜皂苷,甘草甜素(glycyrrhizin),甘草酸(glycyrrhizic acid)的钾盐和钙盐,
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glycyrrhizin：甘草酸,甘草皂甙,甘草甜素
Glycyrrhetinicacid 甘草次酸 | Glycyrrhizicacid 甘草酸,甘草皂甙,甘草甜素 | Glycyrrhizin 甘草酸,甘草皂甙,甘草甜素
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Compound Glycyrrhizin：甘草甜素
679 多烯磷脂酰胆碱 Polyene Phosphatidyl Choline | 680 甘草甜素 Compound Glycyrrhizin | 681 甘草酸单铵 Compound Ammonium Glycyrrhizinate
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ammoniated glycyrrhizin：(充)氨甘草,含水量氨甘草甜素
achlorhydria胃盐酸缺乏 | ammoniated glycyrrhizin(充)氨甘草,含水量氨甘草甜素 | ammonium glycyrrhizinate甘草酸铵
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Glycyrrhizin ammoniacal：氨化甘草甜
Glycyrrhizic acid 甘草酸 | Glycyrrhizin ammoniacal 氨化甘草甜 | Glycyrrhizin std. 甘草甜素
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Glycyrrhizin std：甘草甜素
Glycyrrhizin ammoniacal 氨化甘草甜 | Glycyrrhizin std. 甘草甜素 | gmatjpdumamics 颌力学,咬合力
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licorice root：甘草
甘草: 甘草(Licorice Root)的主要成分是甘草皂苷,甘草皂苷又称甘草酸,由于有甜味,又称为甘草甜素. 抗病毒作用是甘草酸类成分的主要药理作用之一,并且具有补脾益气,清热解毒,祛痰止咳等作用. 桂花: 桂花(Osmanthus fragrans)有丰富的营养价值,
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sulfonal：索佛拿
甘草浸膏和甘草甜素都有解毒作用,对水合氯醛、士的宁、乌拉坦和可卡因都有较明显的解毒作用;对印防已毒素、咖啡因、乙酰胆碱、毛果芸香碱和巴比妥的解毒作用次之;对索佛拿(Sulfonal)及阿托品几无解毒作用,而对肾上腺素的中毒则有加强的倾向.
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Sendai virus：仙台病毒
2.1.3 抗表达(溢出)再感染作用 近年的研究报道认为,裂裥菌多糖(Schzophyllan)具有抑制仙台病毒(Sendai virus)在细胞间的扩散作用[24];甘草甜素对VZV的体外抑制研究指出,病毒感染16h后加入甘草甜素,可抑制病毒从感染细胞向未感染细胞扩散.