1) HPTLC
高效薄层色谱法
1.
In this study,the effect of all kinds of situation to separate product by using HPTLC is studied and the suitable parameter is gotten.
运用高效薄层色谱法分析低聚半乳糖,研究了各条件对分离效果的影响,得到了定性、定量分析低聚半乳糖的最佳参数。
2.
Methods The contents of paeoniflorin and albiflorin in Paeonia lactiflora Pall from six different areas were rapidly detected with high performance thin-layer chromatography(HPTLC),AB-8 macro-porous adsorption resin and silica-gel chromatography technologies were combined,eluted with 25% ethanol and chloroform/acetone solvent system respectivel.
方法采用高效薄层色谱法对我国6个不同产地赤芍药材中芍药苷和白芍苷含量差异进行快速检测;以湖南赤芍为研究对象,采用AB-8型大孔树脂与硅胶为吸附填料,分别以25%乙醇和氯仿/丙酮系统为洗脱溶剂,分离纯化芍药苷和白芍苷单体成分,再用HPLC法进行检测。
2) high performance thin layer chromatography
高效薄层色谱测定法
3) high-performance lamina chromatography (HPTLC)
高效薄层色谱(HPTLC)
4) HPTLC
高效薄层色谱
1.
Study on fingerprint chromatogram analysis of theaflavins by HPTLC;
茶黄素类高效薄层色谱指纹图谱研究
2.
Quantitative determination of puerarin in XinKeShu tabellae by HPTLC densitometry;
高效薄层色谱双波长扫描法测定心可舒片中葛根素的含量
3.
Determination of Lipid-soluble Pigments in Dark Tea by HPTLC;
采用高效薄层色谱测定黑茶脂溶性色素
5) TLC
[英][,ti: el 'si:] [美]['ti 'ɛl 'si]
薄层色谱法
1.
Determination of Tobramycin in Pills by TLC;
薄层色谱法测定药物中的妥布霉素
2.
Problem of Determination of Related Substances by TLC;
薄层色谱法检测有关物质时存在的问题
3.
Assay Determination of Methionine with TLC;
薄层色谱法测定蛋氨酸的含量
6) thin layer chromatography
薄层色谱法
1.
Application of thin layer chromatography in the process of preparation of α-phenyi ethanol;
薄层色谱法在α-苯乙醇合成中的应用
2.
Using the self-made silica gel G board, Sudan I was isolated by thin layer chromatography and the spot shaved from the silica gel G was dissolved and then determined by spectrophotometer.
通过自制硅胶G板,利用薄层色谱法对辣椒酱中的苏丹Ⅰ进行分离,刮下斑点,溶解后用分光光度法测定,所得的波长和吸光度的谱图与标准溶液的谱图进行对照,从而确定辣椒样品中存在苏丹红Ⅰ。
补充资料:高效薄层色谱
分子式:
CAS号:
性质:使用5~10μm的硅胶微粒制备的薄层色谱板。采用程序多级展开技术,将常量薄层色谱的灵敏度和分辨力大大提高。在一块10×20cm板上能检出十几个至30个样品。分析时,大致有以下几个步骤:吸附剂及薄层板的制备、点样、展开和定量等。高效薄层色谱的优点:容量大,效率高、快速,一块板上能对40个样品进行分离,平均每分钟分离5个以上。定量准确、灵敏,能检出10-9~10-12g的物质。
CAS号:
性质:使用5~10μm的硅胶微粒制备的薄层色谱板。采用程序多级展开技术,将常量薄层色谱的灵敏度和分辨力大大提高。在一块10×20cm板上能检出十几个至30个样品。分析时,大致有以下几个步骤:吸附剂及薄层板的制备、点样、展开和定量等。高效薄层色谱的优点:容量大,效率高、快速,一块板上能对40个样品进行分离,平均每分钟分离5个以上。定量准确、灵敏,能检出10-9~10-12g的物质。
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