1) Selaginella effusa
疏松卷柏
2) Herba Selaginellae
卷柏
1.
Analysis of Cellulase Exteacts from the Volatile Constituents of Herba Selaginellae by Gas Chromatography-Mass Spectrometry;
卷柏中挥发性组分的酶提取及气相色谱-质谱分析
2.
HPLC fingerprint chromatogram of Herba Selaginellae;
卷柏药材的HPLC指纹图谱研究
3.
Study on Terpene Constituents of Herba Selaginellae from Qianshan;
千山卷柏中萜类化合物的提取与分析
3) Selaginella
[英][,selədʒi'nelə] [美][sə,lædʒə'nɛlə]
卷柏
1.
RAPD Analysis of 8 Medicinal Species of Selaginella;
8种卷柏属药用植物的RAPD分析
2.
TLC Qualitative Studies of 11 Species of Selaginella Medicinal Material;
11种卷柏属药材薄层色谱的定性研究
3.
Determination of Amentoflavone in 11 Species of Selaginella Medicinal Material by HPLC;
HPLC法测定11种卷柏属药材中穗花杉双黄酮的含量
4) Selaginella tamariscina
卷柏
1.
Extraction and purification of antibacterial polysaccharide from Selaginella tamariscina
抗菌卷柏多糖的提取与分离
2.
Alkali extraction and acid deposition was chosen as the optimum extracting method and the mass fraction of amentoflavone detected by HPLC as the index to evaluate extraction process from Selaginella tamariscina.
用碱提酸沉法,以HPLC法测定穗花衫双黄酮的质量分数为指标,设计单因素和正交实验,确定了从卷柏中提取酸性成分的最佳工艺条件:ρ(NaOH)=2mg/mL水溶液为提取溶液、m(提取溶液):m(卷柏)=40:1、提取温度50℃、提取时间30min、沉降pH=3、提取1次,所得提取物中穗花衫双黄酮的质量分数稳定为10～12。
3.
OBJECTIVE: To determine the content of the Amentoflavone in Selaginella tamariscina from Guizhou and Hunan by RP-HPLC.
目的:建立以反相高效液相色谱法测定贵州、湖南卷柏中穗花杉双黄酮含量的方法。
5) Tamariskoid Spikemoss Herb
卷柏
1.
To study the mechanism of tamariskoid spikemoss herb (TSH) on immunological functions in mice,the irrigated stomach method was used to weigh mice and immunological organs such as thymus gland and spleen,and to determine the contents of serum immunoglobulin (Ig) G,IgM and IgA,as well as the positive rates of acid naphthyl acetate esterase (ANAE) of peripheral T lymphocyte.
研究卷柏对小鼠免疫功能的影响。
补充资料：疏松
疏松
poriness
shusong疏松(poriness)钢材的内部缺陷之一，表现为金属横断面酸浸低倍试样上呈现组织不致密，有许多分散的孔隙和小黑点，树枝状结晶粗大，主干和各枝间致密度差别分明，孔隙呈不规则多边形，严重时呈海绵状(见图).在整个试片上表现出组织不致密的叫一般疏松。在中心处集中许多孔隙和黑点时叫中心疏松，纵向酸浸试片上疏松表现为不同长度的条纹，但深度很浅，同裂纹有本质区别。疏松根据产品标准的有关评鬃 疏松级图片鉴定。疏松是金属液凝固时体积收缩引起的小孔隙、树枝状结晶的枝间孔隙及低熔点物质最后凝固放出的气体所形成的微孔的聚集，微孔中及附近有一些夹杂物。含碳量高的钢出现得多。采用充分脱氧、去气和浇铸时及时充填液体金属控制浇铸温度及速度可减少疏松。热加工锻轧可傅疏松焊合，提高金属的致密度。 (崔峰许庆泰)
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