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- Trifolium hydridumn. 杂种车轴草
- Chromosome studies on two species of Trifolium L. 两种车轴草的染色体研究。
- Total flavonoids from Trifolium pratense L. 红车轴草总黄酮
- Intercropping of Trifolium repens Linn. 白三叶草间作
- Title： Chromosome studies on two species of Trifolium L. 关键词：白车轴草;红车轴草;染色体数目;核型
- Breeding and Cultivation of Trifolium repens L. Cv. 'Chuanyin Ladino'. 川引拉丁诺白三叶品种选育及栽培利用。
- Red Clover (trifolium pretense) helps restore and balance hormonal function. 红三叶草:恢复和平衡内分泌功能和子宫孕育。
- In this paper, the chemical constituents and quality of Trifolium pratense L. 本论文对红车轴草和川续断的化学成分及质量进行了系统的研究。
- Conclusion Trifolium Pratense should be harvest in the initial flowering stage. 结论建议红车轴草在初花期时采收。
- Allelopathy of Trifolium repens L. On Abutilon theophrasti Medic. And Echinochloa crusgalli L. 白三叶草对苘麻和稗草的化感作用。
- Study on pathogenic fungus Alternaria tenuis Nees and its symptom in Trifolium repens L. 白车轴草病原菌链格孢菌及其症状研究。
- Study on the Factors of Influence the Regeneration Frequent of the Trifolium repens L. 影响白三叶草高频率植株再生因素的研究。
- Study on the Isozymes of Ladino Trifolium repens Linnaeus and Other Six T. Repens L. 勒代诺白三叶与六个白三叶品种的同工酶比较研究。
- Effects of Pathogens on Growth and Activate Oxygen Metabolism of Trifolium repens L. 病原菌对白车轴草生长及活性氧代谢的影响。
- The floral nectaries of Trifolium repens L.are located on the base of filaments. 白车轴草花蜜腺位于雄蕊花丝的基部，属雄蕊蜜腺。
- The yield of Euchlaena mexicana was increased by 48.1% and 49.2% higher than Pennisetum hydridum and Pacesetter respectively(P<0.01) and the yield of Pennisetum hydridum was increased by 0.7% higher than Pacesetter. 比高丹草增产49.;2%25;差异极显著(P<0
- Any of various plants of the genera Trifolium, Lotus, and related genera of the pea family, having compound trifoliate leaves. 车轴草任一种车轴属、莲属和其它豆科的相关属的植物，生有三个小叶的复合叶
- Objective To identify the optimal harvest time for maximal contents of isoflavones in Trifolium Pratense. 目的为确定红车轴草最佳采收期提供依据。
- Trifolium pratense isoflavone was extracted with the technique of ultrasonic wave. 对利用超声波提取红三叶异黄酮的工艺进行了研究。
- Medicago ruthenicus and Trifolium lupinaster were new hosts, Euphorbia esula was new alterhate host. 扁蓿豆、野火球是国内外未见报道的新寄主，乳浆大戟是国内尚未见报道的转主寄主。
