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- Nodularia paludosan. 沼地节球藻
- Sensibility Test for Tradescantia paludosa to ~(137)Cs. 紫露草(Tradescantia paludosa)对铯-137的敏感性试验
- ObjectiveTo study the antimicrobial activity of Gentianopsis paludosa. 目的探讨湿生扁的体外抑菌作用。
- Some generas of freshwater algae can produce toxins,such as Microcystis,Nodularia,Anabaena etc. 它能产生一种呕吐毒素和多种肠毒素,主要引发呕吐和腹泻型食物中毒。
- Tradescantia(Tradescantia paludosa) as a excellent species in the monitoring for the environment pollution is welcome by the environmentalists. 沼泽紫露草(Tradescantia paludosa)作为环境污染监测的优选物种一直受到青睐。
- OBJECTIVE To study the anti-micronucleus-mutation effect of Lycopersicum Esculentum(LE)Juice in Tradescantia Paludosa(TP)induced by landfill leachate. 目的研究垃圾渗滤液的致微核突变及西红柿对其的拮抗作用。
- In the tested compounds, only luteolin inhibited the isolated ileum and it may be the active constituent of Gentianopsis paludosa for the anti-diarrhoeal activity. 通过DPPH实验测定了湿生扁蕾的乙醇提取物、各部位及其单体化合物的抗氧化的活性，结果表明湿生扁蕾具有一定的抗氧化活性，其中正丁醇部位的活性最好，而单体化合物木犀草素和其苷的抗氧化活性强于其它化合物。
- ResultsThe ethanol extraction and fractions of Gentianopsis paludosa showed inhibitory effects on the tested microbe,and the inhibitory effect on Phytophthora capsici was the strongest. 结果湿生扁蕾的提取物和各部位对供试菌都有一定的抑制作用,其中对辣椒疫霉的抑制作用最强;
- With the help of micronucleus technology of Tradescantia paludosa tetrad,the mutagenicity survey was conducted on the lower stream of Mulan and the shallow well water along its banks. 采用紫露草四分体微核技术，对莆田木兰溪下游河溪水和饮用的浅井水进行致突变性监测。
- Nodularia harveyana var. sphaerocarpan. 哈氏节球藻球果变种
- Nodularia spumigena var. litorean. 泡沐节球藻湖滨变种
- Amphiprora paludosa var. hyalinan. 沼泽茧形藻透明变种
- Study on Effective Composition of Gentianopsis paludosa of Tibetan Medicine 藏药湿生扁蕾有效成份的研究
- Seed treatment and field mulching experiment on Gentianopsis paludosa 湿生扁蕾种子处理和田间覆盖试验
- Antimicrobial Activity of Constituents from the Herb of Gentianopsis paludosa 藏药湿生扁蕾有效成分抑菌作用初探
- Keywords Tradescantia paludosa;meiosis: pollution water: genetic damage; 紫露草;减数分裂:污水:遗传损伤;
- Keywords micronucleus tests soil pollution monitoring / Tradescantia paludosa; 微核测试;土壤污染;监测／紫露草;
- Genetic Damage at Meiosis Stages of Tradescantia paludosa Induced by Monitoring Pollution Rivers in Fuzhou City 福州内河污水对紫露草减数分裂的遗传损伤
- Keywords Gentianaeace;Gentianopsis paludosa;chemical constituents;xanthone;bioactivities;HPLC determination; 龙胆科;湿生扁蕾;化学成分;（口山）酮;生物活性;HPLC含量测定;
- Keywords Microwave digestion;Hydride generation;ICP-AES;Arsenic;Gentianopsis paludosa; 关键词微波消解;氢化物发生;ICP-AES;砷;扁蕾;
