1.
Total flavonoids were determinsd in the seeds of Astragalus Chinensis L. and A. complanatus R. Br. The results showed the further content is higher than the latter.
测定了华黄芪及扁茎黄芪种子中总黄酮的含量。结果：扁茎黄芪的含量高于华黄芪的含量。
2.
Detection of Seed-borne Fungi of Astragalus membranaceus and the Disinfection Effect of Several Fungicides
黄芪种子带菌检测及药剂消毒处理效果研究
3.
Purification of Two Chitinases from the Seeds of Astragalus membranaceus(Fisch.) Bge.and Determination of Their Activities
膜荚黄芪种子中2种几丁质酶的分离纯化及活性测定
4.
Study on Ecology Characteristics and Physiology and Biochemistry Activity for Seed Germination of Astraglus Membranaceus;
膜荚黄芪种子萌发生态特性及生理生化活性的研究
5.
The Physiological and Biochemical Study of Psathrostachys Perinnis and Hedysarum Laeve Maxim Seeds during Ultra-dried Storage
新麦草、塔落岩黄芪种子超干燥贮藏生理生化研究
6.
Objective: To identify seeds of Huangqi and its adulterants.
目的:快速鉴别黄芪及其伪品的种子。
7.
Objective: To identify the seeds of indigenous Radix Astragali and its adulterants in Anguo city.
目的:鉴定安国地产黄芪及混淆品种子。
8.
Systematic Analysis of Huangqi Seeds and Its Adulterants;
黄芪及其混伪品的种子系统鉴别研究
9.
Effects of Seed Coating Agents on Quality of Two-year-old Astragalus membranaceus Seedlings
黄芪种衣剂对2年生黄芪品质的影响
10.
Research on Growth Traits and Herbal Quality of Astragalus Membranaceus by Seed Coated
种子包衣后黄芪生长性状与药材品质的研究
11.
any of various plants of the genus Astragalus.
黄芪属的任何一种植物。
12.
The gum of this plant.
黄芪胶这种植物的胶
13.
Effects of Astragalus Seed Coating on Major Biological Adversity of Astragalus Membranaceus
黄芪种衣剂对黄芪主要生物逆境的影响
14.
Effects of seed coating on biological characteristics and yield of Astragalus membranaceus
黄芪种衣剂对黄芪生物性状与产量的影响
15.
Study on atragalus seed astragalus seedings to improve some biochemical indicators of it
黄芪种衣剂对提高黄芪幼苗生化指标的影响
16.
Conclusion: These methods are accurate, fast, simple and with a good reproducibility and can be used for identification of seeds of Huangqi and its adulterants.
结论:三种方法准确、速、便、复性好,可用于黄芪及其伪品的种子鉴别。
17.
Conclusion: The methods can be used for the identification of the seeds of indigenous Radix Astragali and its adulterants in Anguo city.
结论:该方法可用于安国地产黄芪及混淆品的种子鉴别。
18.
Results: Huan gqi and its adulterants can be identified by physical-chemical process, TLC and U V spectrophotometry.
结果:黄芪及其伪品的种子的理化现象、层色谱及紫外光谱均有差异。