阿魏

Chemotaxonomic studies in Ferula of China on the basis of flavonoids.

中国阿魏属的黄酮体成分及其分类学意义。

Objective: Study on the karyotypes analysis of Ferula fukanensis.

中文摘要：目的：对阜康阿魏染色体的核型进行分析研究。

The genera of Ferula and Heracleum both are very important pharmaceutical plant of Umbelliferae.

阿魏属和独活属都是伞形科中具有重要药用价值的植物。

Ferula is one of prevernal ephemeral plants, blossom and bear fruit after 8 years.

野生阿魏是早春短命植物之一，8年才能开花结果。

ObjectiveTo study the compositions of resin and basilar leaves of Ferula lehmanni Boiss.

目的对大果阿魏树脂和基生叶成分进行研究。

For this purpose, Ferula.ferulaeoidis was selected from 15 Xinjiang special herbs for insecticidal and antifungal activities and constituents research. Primary results were as follows:(1)The acetone extract from Ferula.

为此，本论文在对15种新疆特色植物杀虫活性初筛的基础上，选取阿魏(Ferula.ferulaeoidis)为供试材料，对其杀虫抑菌作用进行了初步研究，结果如下。

The average lengths of polar axis of Ferula and Heracleum are 29.67 and 34.07μm in which there are significant difference by rank-sum test, but the average width of equatorial axis are 17.07 and 15.65μm in which there are no significant difference, furthermore, the L/W are 1.76and 2.19 in which there are significant difference.

阿魏属和独活属植物的极轴平均长度分别为29.67μm和34.07μm，秩和检验表明二者差异显著；赤道轴平均长度17.07μm和15.65μm，差异不显著；极轴长/赤道宽的平均值分别为1.76和2.19，差异显著。

The comic mask, represented in three-quarter view, is bearded and crowned with a wreath of ferula, a plant sacred to Bacchus, the Roman god of theatre.

该漫画面具，查看代表在3季度，是胡子和酒神冠冕，以敬献了花圈阿魏，一厂神圣罗马神的戏剧。

MethodsChemical constituents of volatile oil in the Ferula lehmanni Boiss were analyzed by GCMS.

方法采用气相色谱和GCMS联用方法分析了大果阿魏树脂、基生叶挥发油中的化学成分。

The results show that the pollen forms of Ferula and Heracleum are prolate and perprolate, respectively, and there are 3 colporates with reticulate sculpture on the pollen exines of the both genuses.

结果表明，阿魏属花粉形状为长球形，而独活属花粉为超长球形；2属花粉外壁均具有网状纹饰，3孔沟。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。