1) haldu haldu
心叶水杨梅
2) myrica ruba leaf
杨梅叶
1.
Phenols extraction from Myrica Ruba leaf to investigate the scavenging ability to ·OH and O2 of the extract wasstudied in this article.
本文从杨梅叶中提取酚类物质,用化学发光法测定了提取物对羟自由基(·OH)和超氧阴离子(O2 )的清除作用,同时将提取物添加到油脂中,研究其抑制物油脂氧化的能力。
3) myrica rubra leaf
杨梅叶
1.
Four flavonol glycosides and one flavonol were separated and collected from myrica rubra leaf using reversed-phase high performance liquid chromatography with RP-C18 column as stationary phase and methanol-water-formic acid as mobile phase.
以反相高效液相色谱法，用ＲＰ－Ｃ１８柱为固定相，甲醇－水－甲酸为流动相，辅之以二极 管阵列紫外检测技术，从杨梅叶中分离和制备了四种黄酮酸忒和一种黄酮醇，经波谱分析确 定了化学结构，并以蒽为内标测定了杨梅叶中五种黄酮类化合物的含量。
2.
In order to expand the effective use of cultivation Myrica rubra,the antibacterial activity of water and 60% ethanol extract from Myrica rubra leaf was studied with testing the OD of the micro-bacterial suspension and the antibacterial ring in this paper.
为了拓展栽培杨梅的有效利用途径,采用测定菌悬液的吸光度值和抑菌圈试验,研究了杨梅叶水提取物和60%乙醇提取物的抑菌作用。
4) Myrica rubra leaves
杨梅树叶
1.
Objective:In order to provide theoretical bases for developing Myrica rubra leaves and processing and preserving Myrica rubra fruit, the chemical constituents in volatile oils from Myrica rubra cv Dongkui leaves, fresh fruit and stale fruit were analyzed and compared.
目的:比较分析杨梅树叶与果实、新鲜果与贮藏果的精油成分,为杨梅叶的开发和杨梅果实的保鲜及加工提供理论依据。
2.
The forteen same components were detected in the three kinds of Myrica rubra leaves.
采用气相色谱-质谱联用技术对木叶、黑炭、东魁3个品种杨梅树叶中的挥发油进行分析比较。
5) root of Adina rubella Hance
水杨梅根
1.
[Objective] To screen the anticancer fraction from extract of root of Adina rubella Hance.
[目的]分离筛选水杨梅根中抗直肠癌细胞活性部位。
6) Adina rubella Hance
水杨梅
1.
Progress of Adina rubella Hance;
水团花属水杨梅的研究进展
2.
and Adina rubella Hance were studied in this thesis.
)和水杨梅(Adina rubellaHance)的化学成分和体外抗病毒活性。
补充资料：心叶水柏枝
柽柳科Tamaricaceae
灌木或半灌木，高1—1.5(2.2)m。茎通常单一，很少分枝，老枝红褐色，嫩枝淡红色。叶心形或阔卵形。总状花序顶生，长2—12cm。花紫红色或粉红色。分布于新疆南部，生于河滩砂地或山间盆地低地。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条