1)  credit
功劳
1.
Pluralism is a double-edged sword,which you could either give credit of innovation of out-dated conventions to or blame for its culpability of breaking cultural order and resulting in cultural and spiritual crisis.
它是一把双刃剑,你可以把扫荡陈规陋习、推陈出新的功劳归于它,也可以把瓦解文化秩序、涣散人心、造成文化精神危机的罪责加诸于它。
2)  Caulis Mahoniae
功劳木
1.
Study on Extract Technology of Berberine Hydrochloride in Caulis Mahoniae by Orthogonal Design;
正交设计优选功劳木中盐酸小檗碱提取工艺
2.
Reversal Effect of Compounds Extracted from Caulis Mahoniae on Tumor Multidrug Resistance;
中药功劳木提取物对肿瘤MDR的逆转作用
3.
Cause Analysis of Low Diversion Rate of Berberine Hydrochloride in Caulis Mahoniae of Xiaojie an Capsule;
消结安胶囊功劳木中盐酸小檗碱转移率偏低的原因分析
3)  Mahonia
十大功劳
1.
Study on Chemical Components of Essential Oil in Leaf of Mahonia bealei (Fort.) Carr.by GC-MS;
阔叶十大功劳叶挥发油成分GC-MS分析
2.
Study on Antioxidation of Mahonia;
十大功劳抗氧化作用研究
3.
Effect of Mahonia on the SOD Activity and MDA Content in Serum of Mice;
十大功劳对小鼠血清超氧化物歧化酶活性及丙二醛含量的影响
4)  Mahonia fortunei
十大功劳
1.
Leaf gas exchange characteristics of Cajanus cajan and Mahonia fortunei in the limestone area in Chongqing,China;
重庆石灰岩地区木豆与十大功劳叶片气体交换的比较
2.
Study on the Photosynthetic Dynamic and the Response to CO_2 of Mahonia fortunei in the Limestone Zone in Chongqing;
重庆石灰岩地区十大功劳光合特性动态变化和对CO_2的响应研究
3.
Studies About the Photosynthetic Response of the Shrub Mahonia fortunei in the Limestone Area of Chongqing;
重庆石灰岩地区十大功劳(Mahonia fortunei)的光合响应研究
5)  Mahonia
十大功劳属
1.
Application of DCA to study distributive patterns of Mahonia and Epimedium in China;
中国十大功劳属和淫羊藿属植物分布式样的统计分析
2.
This article summarized the biological activities of Mahonia and provides theoretic proof for further exploitation of the plants.
本文综述了十大功劳属植物近十年的药理作用研究进展,为进一步开发和利用该属植物提供了理论依据。
3.
As the result of a field investigation combined with laboratory analysis, 14 species of medicinal plants of Mahonia are recorded in Sichuan, of which two are specific to the province.
】野外调查及室内鉴定表明,四川十大功劳属药用植物共计14种,其中2种为四川特有种类,并分析了该属在四川的地理分布和分布规律、分布特点及其与气候区划的相关性。
6)  Gonglaoquhuo tablets
功劳去火片
1.
According to Chinese Pharmacopoeia(2000) dissolution method Ⅰ, the absorbance of baicalin in Gonglaoquhuo tablets was determined by using UV spectrophotometry and water as medium at 276nm.
本文报告以水为释放介质 ,按中国药典 2 0 0 0年版溶出度测定法第一法操作 ,用紫外分光光度法在 2 76nm处测定功劳去火片中黄芩苷的吸收度 ,并计算功劳去火片的累积溶出度 ,提取参数 (T5 0 、Td、m)并对参数进行相关性研究。
参考词条
补充资料:功劳
对事业的贡献:汗马~。
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