自1981年美国北卡罗莱纳州立大学的J.W.Jorgenson等人完成了用在柱荧光检测器的毛细管区带电泳(CZE)以来,这一快速仪器方法色获得很大发展。1989年4月在美国波士顿城召开了首届国际高效毛细管电泳学术会议。电泳属于色潜分离技术,但高效毛细管电泳与传统电泳截然不同,因毛细管的小内径提供有效焦耳热耗散,所以允许使用相对高的电压实现高分辨的快速分离。一般使用约1米长毛细管,30KV直流电压即可达数十 This rapid instrumental method color has greatly evolved since 1981 by J.W. Jorgenson et al., North Carolina State University, USA, completed capillary zone electrophoresis (CZE) with a column fluorescence detector. April 1989 held in Boston, the first international high-performance capillary electrophoresis academic conference. Electrophoresis is a color-separated technique, but high-performance capillary electrophoresis is quite different from traditional electrophoresis in that it allows high-resolution, rapid separation using relatively high voltages due to the small inner diameter of the capillary that provides effective Joule heat dissipation. The general use of about 1 meter long capillary, 30KV DC voltage up to dozens