1) astragalin
紫云英苷
2) Astragalus sinicus L
紫云英
1.
Effect of Arbuscular Mycorrhizal Fungi on Uptake of N, P and K by Astragalus sinicus L. in Copper Polluted Soil;
接种AM真菌对Cu污染土壤中紫云英吸收NPK的影响
2.
Decomposition of Astragalus sinicus L.,Rapeseed Cake and Hen Manure in Cigar Wrapper Tobacco Fields;
紫云英、菜籽饼和鸡粪堆肥在雪茄外包皮烟田中的分解特性
3.
Rhizobium huakuii is a newly named Rhizobium species which forms nodules mainly on Astragalus sinicus L.
利用紫云英(AstragalussinicusL。
3) milk vetch
紫云英
1.
Damage Done by Copper to the Root Structure of Milk Vetch;
铜对紫云英根结构危害研究
2.
Influence of phosphate fertilization and inter/mix cropping with milk vetch on rape physiology;
施磷对油菜与紫云英间混作系统的生理效应
3.
The Effect of Milk Vetch Used Both as Fertilizer and Feed and Application of Pig s Feces and Urine to Field on Soil Fertility and Productivity of Rice and Pigs;
紫云英肥饲兼用——猪粪尿还田对土壤肥力与水稻、生猪产量的影响
4) Astragalus sinicus
紫云英
1.
Study on germination characteristics of Astragalus sinicus at different temperatures;
紫云英在不同温度条件下发芽特性的研究
2.
Observation on the Transfer Cells in the Epiderm of Roots of Astragalus sinicus After Inoculation by Rhizobia;
根瘤菌诱导紫云英根表面传递细胞的观察
5) Chinese milk vetch
紫云英
1.
The effects of rice straw and Chinese milk vetch on the forms of added Cd and it s dynamic transformation in soil with or without growth of rice were studied.
试验研究稻草、紫云英对稻作土壤和非稻作土壤中外源Cd形态及其变化的影响结果表明 ,稻草、紫云英显著降低培养 30d和培养 90d后非稻作土壤中交换态Cd含量。
2.
By applying pot culture method and \+ 15 N trace technique, this paper studied the sources of organic nitrogen in Chinese milk vetch and the destinations of \+ 15 N urea during the growth of Chinese milk vetch on red paddy soil,the results showed that the organic nitrogen in Chinese milk vetch mainly derived from the fixed nitrogen by root nodule, which accounted for 42.
应用盆栽方法和1 5N示踪技术 ,对红壤性水稻土紫云英有机氮素的形成特征进行了探讨。
3.
Effects on yield of Chinese milk vetch fresh - grass and its seed.
经过几年多点试验,发现平衡施肥对提高紫云英鲜草和种子产量均有显著增产效果。
6) Milkvetch
紫云英
1.
A Study on Growth of Milkvetch s Root Damaged by Copper;
铜对紫云英根系生长发育的影响
2.
The research results show that, copper absorbed by Milkvetch accumulates mainly in the root part of Milkvetch, whose distribution law is: root>leaf>stem.
研究表明,紫云英吸收的铜主要累积在根部,其分布规律是根>叶>茎。
补充资料:紫云英苷
分子式:
CAS号:
性质:又称紫云英苷。黄色针状结晶(由甲醇中)。熔点175~178℃。旋光度-16.9°(c=0.45,甲醇)。溶于氢氧化钠溶液、热水、乙醇、乙酸乙酯,不溶于乙醚、丙酮、氯仿。植物来源有省沽油科植物野鸦椿[Euscaphis japonica (Thunb.)Dipp.]种子,柿科植物柿树(Diospyros kaki L. f.)等多种植物。动物实验表明具有利胆、利尿、降压、解痉、祛痰、抗生物氧化性质和降低毛细血管通透性的作用。临床上常与其他成分合用制成复方制剂使用。
CAS号:
性质:又称紫云英苷。黄色针状结晶(由甲醇中)。熔点175~178℃。旋光度-16.9°(c=0.45,甲醇)。溶于氢氧化钠溶液、热水、乙醇、乙酸乙酯,不溶于乙醚、丙酮、氯仿。植物来源有省沽油科植物野鸦椿[Euscaphis japonica (Thunb.)Dipp.]种子,柿科植物柿树(Diospyros kaki L. f.)等多种植物。动物实验表明具有利胆、利尿、降压、解痉、祛痰、抗生物氧化性质和降低毛细血管通透性的作用。临床上常与其他成分合用制成复方制剂使用。
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