评述了离子涂层毛细管电泳和电色谱的应用研究进展。
In Chapter 1, the development of the ionic coating for capillary electrophoresis and capillary electrochromatography is reviewed.
通过物理吸附方法将其涂布在熔融石英毛细管内表面，测定了涂层柱的电渗流及其对碱性蛋白质的分离能力。
The coated column prepared by this method was good enough to repress the electroosmotic flow and the adsorption of the proteins on the capillary wall.
毛细管电泳涂层柱是解决蛋白质在毛细管壁吸附的最有效的方法。
The most successful method for controlling the adsorption of proteins onto the capillary inner surface in ce is the modification of the capillary surface with coating.
电泳采用中性毛细管涂层柱和4%线性聚丙烯酰胺凝胶电泳缓冲液，紫外检测仪检测。
The neutral coated capillary and 4% linear polyacrylamide gel buffer were used, and the wave length of ultraviolet detector was 254 nm.
电泳采用中性毛细管涂层柱和4%线性聚丙烯酰胺凝胶电泳缓冲液，紫外检测仪检测。
The neutral coated capillary and 4% linear polyacrylamide gel buffer were used, and the wave length of ultraviolet detector was 254 nm.
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