1) syringa oblata
紫丁香
1.
The study on extracting Eugenol from Syringa oblata;
从紫丁香中提取丁子香酚研究
2.
A Pharmacognostical Identification of Syringa oblata-A False Drug of Fructus Forsythiae;
中药连翘的一种伪品—紫丁香果实生药学鉴定
3.
Genetic Diversity in Natural Populations of Syringa oblata Detected by AFLP Markers;
紫丁香天然群体遗传多样性的AFLP分析
2) Syringa oblata lindl
紫丁香
1.
Chemical Constituents in Barks of Syringa oblata Lindl.(Ⅱ);
紫丁香树皮的化学成分研究(Ⅱ)
2.
Analysis of Essential Oil Composition from Flowers of Syringa oblata Lindl. by Simultaneous Distillation and Solvent Extraction Combined with GC-MS;
同时蒸馏萃取/气-质联用分析紫丁香花精油
3) Lilac
[英]['laɪlək] [美]['laɪlək]
紫丁香
1.
Study on Cultivation Measures of Lilac in Tongliao Area;
通辽地区紫丁香栽培措施研究
2.
Prediction Model on Full-bloom Stage of Lilac in Hohhot;
呼和浩特市紫丁香盛花期预报模式的研究
3.
The flower of Lilac was panicle receme,by observation and study,it hadfollowling regtilation in Huhehaote:①the blossom order of the plant was from tip tobase.
紫丁香花为总状圆锥花序，根据观察研究结果，紫丁香在呼和浩特市区有如下的开谢规律，①整个植株的开花顺序为自上而下，即植株顶部的先开放，基部随后才开放。
4) syringin
紫丁香甙
1.
Zorbax ODS column and gradient elution of acetonitrile acetic acid solution as mobile phase were employed to determine the content of syringin and rutin in 11 species of Saussurea by RP_HPLC.
采用高效液相色谱法测定凤毛菊属植物雪莲花中的紫丁香甙和芦丁。
2.
On the basis of physicochemical properties and spectral data,these compounds were identified as:unasturated fatty acid(Ⅰ),β sitosterol(Ⅱ),unsaturated fatty acolhol(Ⅲ),syringin(Ⅳ),salicin(Ⅴ),syringaresinol.
从蜀五加 (AcanthopanaxsetchuenensisHarmsexDials)茎的甲醇提取物中分离获得六个成分 ,根据理化性质和波谱分析 ,鉴定出它们分别为“不饱合脂肪酸 (Ⅰ) ,β 谷甾醇 (Ⅱ) ,不饱合脂肪醇 (Ⅲ ) ,紫丁香甙(Ⅳ ) ,水杨甙 (Ⅴ) ,紫丁香酚甙 (Ⅵ )。
3.
Based on the chemical andspectral analysis,as well as the comparison with authenic samples,theywere identified as syringin(Ⅰ),syringaresinol diglcoside(Ⅱ),syringar-esinol(Ⅲ),octacosanic acid(Ⅳ)andβ-sitosterol(Ⅴ).
)Harms]皮中分别5个化合物,经光谱,化学方法以及与标准样品对照分别鉴定其为:紫丁香甙,紫丁香酚甙,紫丁香树脂醇,二十八碳酸,β-谷甾醇。
5) syringaldehyde
紫丁香醛
1.
A study on preparation of syringaldehyde and vanillin from bagasse alkali-lignin-Ⅰ.Preparation of lowmolecular oxidation products from bagasse alkli-Lignin;
蔗渣碱木质素制紫丁香醛和香兰素的研究──Ⅰ.蔗渣碱木质素低分子氧化产物的制备
2.
A study on preperation of syringaldehyde and vanillin from bagasse alkali-lignin Ⅱ.Seperation and purification of syringaldehyde and vanillin;
蔗渣碱木质素制紫丁香醛和香兰素的研究──Ⅱ.紫丁香醛和香兰素的分离提纯
6) syringl
紫丁香基
1.
The spectrum showed that BSL was composed mainly of syringl (S), guaiacyl(G) and p-hydroxylphengl (H) units, and the ratio of three uncondensed group (S:G:H)was 2.
图谱分析表明，蔗渣碱木素主要由紫丁香基，愈创木基和对羟苯基三种丙烷结构单元组成，其中未绩合的紫丁香基、愈创木基和对羟羊基含量比为2。
补充资料：紫丁香甙
分子式：
CAS号：
性质：又称紫丁香甙，祖师麻丙素，救必应乙素，救必应甙甲，无加甙B，紫丁香素含一结晶水物，无色针状结晶(水)，熔点192℃；旋光度-8.2°(c=2.43，氯仿)，旋光度-16°(c=1，水)，旋光度-17.25°(水)，微溶于冷水，稍溶于丙酮，溶于热水、甲醇、乙醇；几乎不溶于乙醚、苯、氯仿。存在于木犀科植物欧丁香(Syringa vulgaris L.)树皮，女贞(Ligustrum lucidum Air.)树皮，五加科植物刺王加(Acanthopanax gracilistylus W. W. Smith )根等中。有止血作用。
CAS号：
性质：又称紫丁香甙，祖师麻丙素，救必应乙素，救必应甙甲，无加甙B，紫丁香素含一结晶水物，无色针状结晶(水)，熔点192℃；旋光度-8.2°(c=2.43，氯仿)，旋光度-16°(c=1，水)，旋光度-17.25°(水)，微溶于冷水，稍溶于丙酮，溶于热水、甲醇、乙醇；几乎不溶于乙醚、苯、氯仿。存在于木犀科植物欧丁香(Syringa vulgaris L.)树皮，女贞(Ligustrum lucidum Air.)树皮，五加科植物刺王加(Acanthopanax gracilistylus W. W. Smith )根等中。有止血作用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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