TLC

Objective: To improve a TLC identification condition for Glabrous Sarcandra Herb to enhance its sensitivity.

优化九节茶薄层鉴别色条件，以提高鉴别的灵敏度。

Method Using TLC method for quanlitative analysis of Folium et Cacumen Rhododenddri Mariae and Herba Ardisiae JaPonicae.

法采用薄层色法,样品中紫花杜鹃、矮地茶进行鉴别。

Methods The dahurian angelica root and honeysuckle flower in the anagraph were detected qualitatively with TLC.

法采用TLC法药中白芷、金银花进行了性鉴别。

The methods of HPLC and TLC were established to determine pholcodine oral solution and its related substances, respectively.

建立了HPLC法和TLC法分别福尔可口服液的含量和有关物质。

To establish a method to analyze Icariine and Naringin based on qualitative identification by TLC and quantitative test by HPLC.

建立了用薄层色法(TLC)性鉴别和HPLC法量淫羊藿苷和柚皮苷的法。

Radix Rehmanniae, Cacumen Platycladi, Folium Artemisiae Argyi, Folium Nelumbinis were identified by TLC, and the content of quercitrin was determined by HPLC.

采用薄层色法鉴别地黄、侧柏叶、艾叶、荷叶,高效液相色法槲皮苷的含量。

TLC method of Radix Paeoniae Alba, Fructus gardeniae, Radix Scrophalariae and CortexMoutan is reproducible;the average recovery of forsythin of HPLC was 96.44% and RSD was 1.226%.

白芍、栀子、玄参、牡丹皮的薄层鉴别法的耐用性良好，次野鸢尾黄素含量法的加标回收率为96.44%，RSD为1.226%。

The synthetic medium of optical N acylalanines was N (2,6 xylyl) alanine.It was reacted with 1 menthol and prepared into its menthol esters which were purified by TLC, resolved and determined by HPLC.

光学活性杀菌剂的合成中间体N-（2，6-二甲苯基）-丙氨酸与l-薄荷醇在催化剂作用下，生成非映异构体的薄荷醇酯。