1) Lycoris radiata
石蒜
1.
Determination of Alkaloids in Lycoris radiata with Microwave-assisted Extraction Coupled with High Performance Liquid Chromatography;
微波辅助提取/HPLC分析石蒜中的生物碱
2.
Investigation of Thermodynamic Mechanism for Extraction of Active Constituents in Lycoris radiata and Rhizma Polygoni Cuspidati Using Microwave-assisted Extraction;
微波辅助提取石蒜和虎杖中有效成分的热力学机理研究
3.
Kinetic Model of Microwave-assisted Extraction of the Effective Constituents from Lycoris radiata and Rhizma Polygoni Cuspidati;
微波辅助提取石蒜和虎杖中有效成分的动力学模型
2) Lycoris
石蒜
1.
Vegetative Propagation of Two Ornamental Lycoris in Vitro;
两种观赏石蒜的离体快速繁殖
2.
Study on Genetic Diversity of Lycoris Ornamental Species;
基于观赏的石蒜属植物遗传多样性研究
3.
The Tissue Culture and ISSR Analysis of Biological Diversity about Lycoris sps.;
石蒜组织培养及其生物多样性的ISSR分析
3) Lycorine
['likərin]
石蒜碱
1.
Extraction of galanthamine and lycorine from Lycoris Herb. with one-step method;
一步法提取石蒜中加兰他敏和石蒜碱
2.
Lycorine,lycoramine and galanthamine in Lycoris radiata were microwave-assisted extracted(MAE) and determined by HPLC using triethylamine aqueous solution(pH 9.
采用微波辅助提取法提取石蒜中的石蒜碱、力可拉敏和加兰他敏生物碱,建立了微波辅助提取/HPLC测定石蒜中这3种生物碱的分析方法。
3.
Determination by RP-HPLC showed that the contents of lycorine and galanthamine were 204.
利用RP-HPLC法测定组培苗和野生苗鳞茎中石蒜碱和加兰他敏的含量,韭莲组培苗鳞茎中石蒜碱和加兰他敏的含量分别为204。
4) Lycoris Herb
石蒜属
1.
Advances in studies on classification, identification, medicinal ingradients,and biotechnological application of plants in Lycoris Herb.;
石蒜属植物分类鉴别、药用成分及生物技术应用研究进展
2.
Comparison between ISSR and RAPD markers in genetic diversity of plants in Lycoris Herb;
石蒜属植物遗传多样性的ISSR和RAPD标记比较研究
3.
Pollen Morphology of Lycoris Herb.and Its Taxonomic Significance;
石蒜属植物花粉形态及分类研究
5) Amaryllidaceae
石蒜科
1.
Studies on Non-Alkaloid Constituent of Amaryllidaceae Species Hippeastrun vittatum(L′Herit.) Herb.;
石蒜科植物朱顶红中非生物碱类成分的研究
2.
Objective To investigate the non-alkaloid constituent of Hippeastrun vittatum(Amaryllidaceae).
目的研究石蒜科植物花朱顶红中非生物碱类成分。
3.
By the use of RACE PCR technique with RNA extracted from Lycoris radiata young leaves as template and primers specifically designed according to conservative sequences of Amaryllidaceae lectins, the full length cDNA of Lycoris radiata lectin was cloned.
用石蒜科植物凝集素基因的保守序列为引物 ,利用RACE PCR技术从石蒜幼嫩叶片中克隆出石蒜凝集素的全长cDNA 。
6) Lycoris
石蒜属
1.
Analysis of the Inter-species Relationships on Lycoris (Amaryllidaceae) by Use of RAPD;
石蒜属种间亲缘关系RAPD分析
2.
Genetic variations in trnL-F sequence and phylogenetic clustering of Lycoris species;
石蒜属叶绿体trnL-F序列的变异与系统聚类分析
补充资料:石蒜
(螳螂花、老鸦蒜、山乌毒)
形态特征:石蒜科石蒜属多年生草本植物。地下茎肥厚。叶线形,于花期后自基部抽生。花葶高30-60厘米,伞形花序顶生,花鲜红或金黄色,花筒较短,花被片狭倒披针形,向外翻卷,雄蕊及花柱伸出,姿态秀丽,花期9月。自花授粉一般不结果实。
生境分布:性喜阴湿环境,怕强光直射,宜生长于疏松肥沃的沙壤土。分植鳞茎繁殖,通常3-4年分栽一次。原产于我国和日本,世界各地广为栽培。
用途:优良宿根草本花卉,园林中常用作背阴处绿化,可作花坛或花径材料,亦是美丽的切花。鳞茎有毒,入药有催吐、祛痰、消肿、止痛之效。
形态特征:石蒜科石蒜属多年生草本植物。地下茎肥厚。叶线形,于花期后自基部抽生。花葶高30-60厘米,伞形花序顶生,花鲜红或金黄色,花筒较短,花被片狭倒披针形,向外翻卷,雄蕊及花柱伸出,姿态秀丽,花期9月。自花授粉一般不结果实。
生境分布:性喜阴湿环境,怕强光直射,宜生长于疏松肥沃的沙壤土。分植鳞茎繁殖,通常3-4年分栽一次。原产于我国和日本,世界各地广为栽培。
用途:优良宿根草本花卉,园林中常用作背阴处绿化,可作花坛或花径材料,亦是美丽的切花。鳞茎有毒,入药有催吐、祛痰、消肿、止痛之效。
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