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- Adenophora capillaris Hemsl. [医] 线齿沙参
- Adenophora capillarisn. 丝裂沙参
- Adenophora lilifolioides Pax et Hoffm. 百合叶沙参
- Adenophora pereskiaefolia Fisch.ex Loud. 阔叶沙参
- Adenophora polymorpha Ledeb. var. stricta Mak. [医] 挺枝沙参
- Adenophora stenanthina(Ledeb.)Kitag. 长柱沙参
- Adenophora tetraphylla(Thunb.)Fisch. 轮叶沙参
- Adenophora verticillata(Pall.)Fisch. 轮叶沙参，四叶沙参
- Adenophora pereskiaefolia(Fisch.ex Roem.et Schult.)Fisch.ex Loud. 阔叶沙参
- Chromosome studies of 10 Chinese species of Adenophora Fisch. 沙参属10个种的染色体研究.
- Separation and quantitative determination of the 7-methoxycoumarin in Artemisia capillaris Thunb. 茵陈中7-甲氧基香豆素的分离与含量测定。
- Definition: Artemisia Capillaris Flower is the capitulum of Artemisia capillaris Thunberg (Compositae). 本品为菊科植物茵陈蒿 Artemisia capillaris Thunberg 的头状花序。
- Objective:For the investigation of antitumous effect of Artemisia capillaris Thunb(ACT). 目的：为研究茵陈蒿的防癌作用。
- Abstract Ageratina adenophora (Crofton weed) is one of the most widespread invasive species in China. 摘要 紫茎泽兰是我国最为严重的入侵物种之一。
- There were 11 constituents identified in Artemisia Capillaris Thunb. and 8 constituents in Artemisia L.The difference between them is obvious. 茵陈蒿中鉴定出11个成分,白莲蒿中鉴定出8个成分。
- Chemical constituents of Artemisia Scoparia and Artemisia capillaris and their pharmacological effect was reviewed in this paper. 本文对中药茵陈的化学成分和药理作用进行了综述。
- Drosera capillaris isn't very picky about soil. It grows well in the standard 1:1 peat:sand "CP mix". It will tend to be redder in peat and under brighter light. 绒毛毛毡苔对于介质的并不算挑剔，在食虫混合介质(泥炭土：矽砂=1：1)中即可生长良好，而泥炭土+强光往往可使植株更红。
- North Adenophora, Polygonatum odoratum, Ophiopogon, Asparagus, Cordyceps, Wong Ching, Ganoderma lucidum, Dendrobium, Ligustrum lucidum, lilies,such as turtle shell. 有北沙参、玉竹、麦冬、天冬、冬虫夏草、黄精、灵芝、石斛、女贞子、百合、柏子仁、龟板等。
- Analyses and evaluation of nutritional components of the seed of saline tolerance plant Artemisia capillaris, and use its seed oil to produce conjugated linoleic acid (CLA). 对耐盐碱植物茵陈蒿种子的营养成分进行分析评价,并利用其种子油制备共轭亚油酸。
- ConclusionThe combinated application of Radix Polygonum Multiflorum Preparata，Adenophora paniculate and Radix salviae miltiorrhizae play the notable role on antioxidant damage. 结论制首乌、北沙参、紫丹参3味药联合应用具有抗晶状体氧化损伤的作用。
