红三叶是一种利用价值很高的牧草。
Trifolium pretense is a kind of forage grass that of high utilization value.
施肥还可显著提高巫溪红三叶粗蛋白含量。
Fertilization can also greatly increase the protein content of Wuxi red clover.
红三叶的适应性也较好。
此外，红三叶草含有钙和镁，可以放松神经系统，提高生育能力。
In addition, the Red Clover contains calcium and magnesium which can relax the nervous system and improve fertility.
本试验以水解度为指标研究不同蛋白酶对红三叶叶蛋白的水解作用。
Study on the anti-oxidizing action of flavonoids extracted from red clover;
红三叶群落地上部的净生产量、自然归还量和元素的存留量均显著高于地下部。
The net production, natural returning and retaining amount of elements in aboveground portion were a markedly higher than that of underground in t.
红三叶营养生长期不同植物雌激素的含量变化趋势存在品种以及器官间的差异。
Phytoestrogens content changed differently in the cultivars and the organs at the vegetative stage.
红三叶草、大豆和其它类型的植物雌激素的多项试验表明他们大多没有什么作用。
Multiple trials of red clover, soy, and other types of phytoestrogens have for the most part shown no benefit.
在模拟干旱条件下测定了高加索三叶草、白三叶和红三叶幼苗期的抗旱生理指标。
Under simulated drought stress conditions, some physiological indices for Caucasian clover(Trifolium ambiguum Bieb.
结论红三叶总异黄酮可抑制MCF - 7细胞增殖并诱导其凋亡，具有抗肿瘤作用。
Conclusion the total isoflavones from red clover have the effect of anti-tumor for they could inhibit the proliferation and induce the cell apoptosis of MCF-7 cells.
本文研究了我国北亚热带高海拔地区红三叶人工草地11种营养元素的生物循环特征。
This paper deals with the biocycling characteristics of 11 nutrient elements of artificial Trifolium pratense grassland in high mountain region of northern subtropical zone of China.
本论文以巴东红三叶为研究对象，对巴东红三叶草籽油的理化特性及脂肪酸的组成和不皂化物成分进行了研究。
The object of research is Badong Red Clover, the physicochemical properties and fatty acid composition and unsaponifiable matter constituents had been investigated in the thesis.
中度放牧并未使草地牧草产量和红三叶的重要值降低，同时使草地红三叶均质度系数保持在远低于1.0水平以下，但使土壤全氮含量下降0.085%。
Meantime it keeps the coefficient of homogeneity of red clover far below the 1.0 level but causes the total nitrogen content of soil to decrease by 0.085%.
中度放牧并未使草地牧草产量和红三叶的重要值降低，同时使草地红三叶均质度系数保持在远低于1.0水平以下，但使土壤全氮含量下降0.085%。
Meantime it keeps the coefficient of homogeneity of red clover far below the 1.0 level but causes the total nitrogen content of soil to decrease by 0.085%.
应用推荐