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- Keywords PUFAs;Monoblepharis polymorpha Cornu;Screening;Laser mutation;Nutritional physiology; 多形单毛孢;选育;激光诱变;营养生理;
- Monoblepharis polymorpha Cornu 多形单毛孢
- Adenophora polymorpha Ledeb. var. stricta Mak. [医] 挺枝沙参
- Angelica polymorpha Maxim.var.sinensis Oliv. 当归
- The Frenchman Paul Cornu made the first manned flight in 1907. 1907年法国人科尔尼研制了第一架载人直升机。
- The cornu next to the top of eyepit.Have a conspicious cornu ring. 角突紧靠眶突后上方基部向背侧发出,角环棱明显。
- Objective: To study the water extracting technology condition of Cornu Cervi. 目的:研究鹿角水煎煮工艺,优选最佳提取工艺条件。
- STUDY ON LEACHING AND PURIFYING METHOD OF FLAVONES FROM MARCHANTIA POLYMORPHA L. 地钱总黄酮提取的研究。
- Conclusions:The active antiulcer extracts of Angelica polymorpha Maxim was ester-solubility fractions. 结论:脂溶性部位为中药紫金砂抗溃疡的活性部位。
- A method for determination of apigenin in Marchantia polymorpha was established. 建立了地钱中芹菜素含量的测定方法。
- To induce callus tissues and establish suspension culture of Marchantia polymorpha L. 目的探计对地钱愈伤组织的诱导和悬浮细胞培养的条件。
- Objective:To obscreen the anti-ulceration active extracts from Angelica Polymorpha Maxim. 目的:筛选中药紫金砂抗溃疡作用的活性部位。
- Methods We identified the micro-character of Cornu Bubali and Cornu Saigae tataricae with microscope. 方法采用显微鉴别法鉴定其显微特征。
- An UV spectrophotometry for determining total coumarins in Angelica polymorpha Maxim. 建立紫外分光光度法测定白根独活中总香豆素的含量。
- Aim To establish the identification method of illgalIy added Cornu Bubali in Lingyangganmao Capsules. 目的建立羚羊感冒胶囊中掺杂水牛角粉的检测方法。
- Results The differences in the micro-character between Cornu Bubali and Cornu Saigae tataricae are obvious. 结果羚羊角粉与水牛角粉显微特征差异显著,可用于羚羊感冒胶囊真伪鉴别。
- Treatment with excision of greater hyoid cornu under general anesthesia was effective in all cases. 7名病患都在全身麻醉下,接受舌骨大角切除手术。
- Products include phosphorous copper ball (cornu), red brass cornu, and copper of imitation gold etc. 本厂主要生产磷铜球、磷铜角、红铜角、青铜等产品。
- Objective To study the anti-bacterial activity of the extract and its extractive fractions of Angelica polymorpha Maxim. 目的紫金砂提取物及其提取部位抗菌活性的研究。
- The Fresnel integral can be computed on the basis of geometrical properties of the Cornu spiral. 利用科纽卷线的几何特性,可以计算菲涅耳积分。