1)  paper chromatography
纸色谱
1.
In this experiment the method of a combination of paper chromatography and a microscale of glucose assay was applied to α-glucosidase activity assay and its inhibitor kinetics screening and monitoring, the conditions of the reaction with substrate of maltose were optimized, and the feasibility of this method was confirmed by the example of licorice.
将纸色谱测定微量葡萄糖的方法移植到α-葡萄糖苷酶活性测定及其抑制动力学筛选跟踪,优化了以麦芽糖为底物的反应条件,并以甘草α-葡萄糖苷酶抑制剂筛选为例证实了该法的可行性。
2.
The inorganicgermanium in propagermanium was examined by paper chromatography.
同时用纸色谱法检查丙帕锗中无机锗限量,检测限为0。
3.
Amino acids are separated by paper chromatography with rnobile phase of micellaraqueous solution.
以胶束水溶液为展开剂，用纸色谱法分离了氨基种类化合物。
2)  paper chromatogram
纸色谱
1.
It is developed a content-based paper chromatogram database retrieval system of lubricating oil by Vi- sual Basic 6.
0开发了基于内容的润滑油纸色谱图像数据库检索系统。
3)  PC
纸色谱
1.
Result:The medicinal properties,microscopic characteristics and paper chromatography(PC)analysis of the stem and cortex were described and physicochemically idendified,so as to proide the morphological and histological standards of quality control.
结果:对药材性状、显微特征进行了观察描述及理化鉴别和纸色谱分析,为本品生药质量控制提出了形态组织学的依据。
4)  paper chromatography
纸色谱法
1.
A method of distinguishing lubricating oils based on their components by paper chromatography was advanced.
针对一批油品进行了试验,结果表明,纸色谱法能够实现润滑油的鉴别,并且实验操作简便。
2.
A novel paper chromatography was developed to seperate metal ions and amino acids.
采用壳聚糖改性层析纸 ,纸色谱法分离过渡金属、贵金属离子和氨基酸 ,与未改性层析纸进行对照。
3.
The test tube testing method,paper chromatography and the thin layer chromatograph(TLC)were applied to determine each effective component.
方法:利用超声波提取法对红瑞木叶进行水、95%乙醇、石油醚提取;采用试管试验法、纸色谱法和薄层色谱法对其检液中有效成分进行检测。
5)  paper chromatogram
纸色谱图
6)  micellar paper chromatography
胶束纸色谱
1.
Separation of vitamin B group with micellar paper chromatography and their host-guest chromatographic behaviour;
维生素B类化合物的胶束纸色谱法分离及其主客体色谱行为
参考词条
补充资料：盐析纸色谱法
分子式：
CAS号：

性质：用于蛋白质分离的一种纸色谱法。在水流动相中加入盐类或有机溶剂，使组分的溶解度减小，被纸吸附的作用加强，从而使各组分的移动距离有较大差别，能达到较好的分离。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。