CAJ | 학술논문

氧化石墨烯荧光生物传感技术发展迅速，已成功实现了对核酸、蛋白质以及其他生物小分子的检测。该分析方法操作简单，实验成本低，可提供准确、实时及多通道的结果，在分子诊断领域显示出了广阔的发展和应用前景。本文综述了氧化石墨烯荧光传感技术的基本检测原理以及在分子诊断领域的研究应用进展。
양화석묵희형광생물전감기술발전신속，이성공실현료대핵산、단백질이급기타생물소분자적검측。해분석방법조작간단，실험성본저，가제공준학、실시급다통도적결과，재분자진단영역현시출료엄활적발전화응용전경。본문종술료양화석묵희형광전감기술적기본검측원리이급재분자진단영역적연구응용진전。
Graphene oxide-based fluorescent sensing technology is developing rapidly, which has been used to detect nucleic acids, proteins, and small bio-molecules. This method has many outstanding advantages such as low consumption, simple and quick. Also, it could provide accurate, real-time and multiplexed analysis results. Therefore, it shows wide application and development prospects in molecular diagnostics. In this paper, we summarized the principle of fluorescent biosensors based on graphene oxide as well as their research progress and the future perspectives in the filed of molecular diagnostics.