蹄叶橐吾,Ligularia fischeri英语短句,例句大全

蹄叶橐吾,Ligularia fischeri
1)Ligularia fischeri蹄叶橐吾
1.Comparative study on trace elements in Ligularia fischeri of Changbai Mountain Area;长白山区蹄叶橐吾及其嫩茎中微量元素的比较研究
2.Advances in the Studies of Chemical Constituents and Pharmacological Activities of Ligularia fischeri;蹄叶橐吾化学成分及药理活性之研究进展
3.Analysis of the nutritional composition of wild and cultural Ligularia fischeri on changbai mountain region长白山区野生和种植蹄叶橐吾营养成分的对比分析

英文短句/例句

1.Study on Cultivation and Adaptability of Ligularia Fischeri and Ligularia Stenocephala;蹄叶橐吾和窄头橐吾的引种培育及抗性研究
2.Effect of ethanol extract from Ligularia fischeri on immune function in mice蹄叶橐吾乙醇提取物对小鼠免疫功能的影响
3.Cloning and Functional Analysis of Terpene Biosynthesis Related Genes in Ligularia Fischeri;蹄叶橐吾萜类化合物合成相关基因克隆及功能研究
4.Analysis of the nutritional composition of wild and cultural Ligularia fischeri on changbai mountain region长白山区野生和种植蹄叶橐吾营养成分的对比分析
5.Analysis of Liposoluble Constituents from Ligularia fischeri by GC-MS蹄叶橐吾中脂溶性成分的气相色谱-质谱联用分析
6.The Chemical Constituents of Ligularia Caloxantha (Diels) Hand.-Mazz. and Studies on Tissue Cultural of Ligularia Japonica (Thunb.) Less Var Scaberrima (Hayuta) Ling;黄亮橐吾化学成分研究及糙叶大头橐吾组织培养方法研究
7.Studies on the Chemical Constituents of Ranunculus Sieboldii and Ligularia Macrophylla;扬子毛茛和大叶橐吾两种药用植物的化学成分
8.Allelopathy of the Dominant Noxious Weed Ligularia Sagitta. in Psychro-grasslands;高寒草场优势毒草箭叶橐吾的化感作用研究
9.5. Branching intensity and rhizome length of L.virgaurea and L.sagitta increased with the increasing of resource level.5．黄帚橐吾和箭叶橐吾的分枝强度、间隔子长度都随资源水平的增加而增加。
10.A sharp, hollow sound, as of a horse's hoof striking pavement.橐橐声，脚步声，蹄声一种尖利、重浊的声音，例如马蹄敲击路面的声音
11.GC-MS Analysis of the Chemical Components of Essential Oils in Ligularia melanocephala黑苞橐吾挥发油成分的GC-MS分析
12.Effects of Arbuscular Mycorrhizal Fungi on Intraspecific Competition of Ligularia Virgaurea and Interspecific Competition between Ligularia Virgaurea and Elymus NutansAM真菌对黄帚橐吾种内竞争、黄帚橐吾与垂穗披碱草种间竞争的影响
13.genus of Old World herbs resembling groundsel: leopard plants.旧大陆一个草本属，类似千里光；肯普佛氏橐吾。
14.Population Ecological Research of Three Species of Genus Ligularia in Eastern of Qinghai-Tibet Plateau of China;青藏高原东部橐吾属三种植物种群生态学研究
15.Genetic Diversity of Three Species of Ligularia (Asteraceae) in Eastern of Qinghai-Tibet Plateau of China;青藏高原东缘橐吾属三种植物的遗传多样性
16.Study on the Constituents of Volatile Oils of Changbai Mountain Endemic Species-Ligularia jamesii(Hemsl)Kom.长白山特有种单头橐吾的挥发油成分研究
17.Structural Elucidation of Three Flavonoids Extracted from the Rhizomes of Ligularia vellerea by NMR Spectroscopy棉毛橐吾根茎中3个黄酮类化合物的NMR研究
18.Breeding System and Ecological Adaption of Three Species of Genus Ligularia in the East of Qinghai-Tibet Plateau青藏高原东部橐吾属三种植物的繁育系统及生态适应

相关短句/例句

Ligularia hodgsonii鹿蹄橐吾
3)Ligularia sagitta mattf箭叶橐吾
1.The chemical constituents of essential oil from Ligularia sagitta mattf were analyzed by capillary GC-MS method.运用气相色谱质谱计算机联用技术 ,结合标准谱库 ,对青海产箭叶橐吾的挥发油成分进行了研究 ,分离鉴定了 39个化合物 ,主要成分为 2 甲基丁烯酸 (5 0 0 1% )、顺 β 松油醇 (2 0 82 % )、反 β 松油醇 (4 0 6 9% )、4 甲基 1 异丙基 R 3 环己烯 1 醇 (15 4 6 7% )、十二烷 (2 181% )、十四烷 (2 2 76 % )、Tau 。
2.Ligularia sagitta mattf,a compositae noxious weed,distributed widely in psychro-grassland in the east of Qinghai-Tibet plateau of China.箭叶橐吾(ligularia sagitta mattf)是一种广布于青藏高原东部退化草场的菊科杂草,含有毒乳汁,在草场常形成斑块状分布,严重危害草场安全。
4)Ligularia dentata齿叶橐吾
5)Ligularia macrophylla大叶橐吾
1.Three New Eremophilane-Type Sesquiterpenes from Ligularia macrophylla;大叶橐吾中三个新的艾里莫芬型倍半萜
2.Flavonol and monoterpene glycosides from Ligularia macrophylla;大叶橐吾中的黄酮醇苷和单萜苷(英文)
3.This dissertation mainly deals with the chemical constituents of two folk medicinal plants, Ranunculus sieboldii (Ranunculaceae) and Ligularia macrophylla (Compositae).)和菊科(Compositae)千里光族(Senecioneae)橐吾属(Ligularia)植物大叶橐吾(Ligularia macrophylla DC。
6)Ligularia sagitta箭叶橐吾
1.Terpenoid compounds isolated from Ligularia sagitta;箭叶橐吾中萜类成分的研究
2.Allelopathic effects of aqueous extracts from Ligularia sagitta on seed of nine pasture plants;箭叶橐吾水溶物对9种牧草种子化感作用研究
3.Study on allelopathy of several common weeds on Ligularia sagitta;几种常见杂草对箭叶橐吾的化感作用