CAJ | 학술논문

利用微细加工技术研究在玻璃上制作电泳芯片的方法，测试了微管道的伏安特性曲线。在该电泳芯片上进行了注样和分离实验，采用激光诱导荧光法进行检测，利用CCD拍摄了进样和分离的全过程。分析了在电泳芯片上施加不同的电压对样品注样的影响，给出了FITC-OH和FITC-Arg分离谱图。
이용미세가공기술연구재파리상제작전영심편적방법，측시료미관도적복안특성곡선。재해전영심편상진행료주양화분리실험，채용격광유도형광법진행검측，이용CCD박섭료진양화분리적전과정。분석료재전영심편상시가불동적전압대양품주양적영향，급출료FITC-OH화FITC-Arg분리보도。
Micromachining of capillary electrophoresis chips is described.The current in channels was determined versus the voltage applied on the chip.Using laser-induced fluorescence detection,the process of injection and separation on chips was recorded with charge-coupled device(CCD).With defferent voltge of reservoirs on glass chips,profiles of the sample plug were studied. The elctropherogram of hydrolysis product of fluorescein isothiocyanate (FTTC-OH) and arginine labeled by fluorescein isothiocyante(FTTC-Arg) was obtained.