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- Preliminary observation of the sex-chromosomes of Rumex acetosa in China. 中国产酸模性染色体的初步观察.
- Rumex acetosa L. [医] 酸模
- Rumex acetosa Linn. 酸模
- In 0, 0.1, 0.2, 0.4 and l. Omg Cd2+/L, except the control, the leaves of Rumex acetosa L became thin, yellow and had brown spots after the fifth day with Cd. The toxic symptoms in 1.0mg Cd2+/L were most serious. 酸模在Cd~(2+)浓度分别为0、0.;1、0
- Determination of Amino Acids and Mineral Elements in Smilacina japonica, Adenophora tertraphlla and Rumex acetosa 鹿药、四叶菜、山菠菜氨基酸和无机元素测定
- Development and utilizaton of the high protein hybridized plant of Rumex acetosa 高蛋白植物杂交酸模的开发利用
- Cu Tolerance and Accumulation of Rumex acetosa Linn, Polygonum microcephalum D. Don and Rumex hastatus D. Don 酸模、小头蓼和戟叶酸模对铜的耐性和积累特性研究
- Keywords biophysics;Rumex acetosa;Polygonum microcephalum;Rumex hastatus;Cu;uptake; 生物物理学;酸模;小头蓼;戟叶酸模;铜;吸收;
- Keywords preponderance degree;heavy metals;hyper-accumulation;Cpmmelina communis;Rosacfolius smith Rumex acetosa; 优势度;重金属;超富集植物;鸭跖草;空心泡;酸模;
- 2) The total heavy metal translocation of Bidens maximowicziana and Rumex acetosa, (10.5 mg and 9.9 mg, respectively) are higher than the other four plants. 2 )随着Pb处理浓度的增加 ;羽叶鬼针草地上部迁移总量在Pb处理浓度为 5时高达 11.;2 9mg;酸模在Pb处理浓度为 6时地上部迁移总量为 9
- rumex acetosa linn 酸模
- Rumex acetosa 酸模
- Rumex aouaticus L. var. Japonicus Meisn. [医] 日本水酸模
- Studies on Chemical Constituents in Root of Rumex patientia L. 巴天酸模的化学成分。
- To explores effects of light quality on anthraquinones constituents in roots of Rumex gmelini Turcz. 通过红色、黄色、绿色、蓝色滤光膜对毛脉酸模进行遮膜处理。
- Evaluation of Toxicity on Oncomelania hupensia of Saponin Components in Nerium indicum Mill., Pterocarya stenoptera DC., And Rumex japonicum Houtt. 夹竹桃、枫杨、羊蹄皂甙类成分灭螺活性分析。
- Conclusions is contents of anthraquinones in roots of 2-year-old Rumex gmelini Turcz. were increased significantly by yellow film shading. 结果表明黄膜处理显著提高二年生毛脉酸模中中蒽醌类成分含量。
- To optimize the extracting technique of rhubarb and rumex madaio in the Coating Material of Yinxieling(treating psoriasis effectively). 优选银屑灵涂膜剂中大黄、土大黄的优化提取工艺。
- Objective To provide scientific basis for the utilization and development of Rumex gmelini by setting up the quality control criteria of R. gmelini. 目的制定毛脉酸模药材质量标准,为该药用植物资源的开发利用提供科学依据。
- Objective: To establish a method used for optimization of harvesting time and determine the best time for harvesting Rumex gmelini. 摘要目的：分析不同生长发育期毛脉酸模中生物活性成分形成和积累规律，探索毛脉酸模采收期的选优方法，以确定最佳采收期。
