中国医疗设备
中國醫療設備
중국의료설비
CHINA MEDICAL EQUIPMENT
2015年
4期
28-31
,共4页
激光诱导%自体荧光诊断技术%早期肿瘤检测%电子内窥镜
激光誘導%自體熒光診斷技術%早期腫瘤檢測%電子內窺鏡
격광유도%자체형광진단기술%조기종류검측%전자내규경
laser induction%auto-lfuorescence%early-stage tumor diagnosis%electronic endoscope
激光诱导的自体荧光诊断技术具有灵敏度高、无痛无创、能发现早期肿瘤的微弱荧光并确定肿瘤边界等优点。本文详细介绍了以自体荧光诊断技术为基础的早期肿瘤检测系统的设计思路、结构组成、工作原理及实际试验内容，并对自体荧光诊断技术与常规早期肿瘤诊断手段如电子染色、碘染色、美蓝染色等进行了比较。
激光誘導的自體熒光診斷技術具有靈敏度高、無痛無創、能髮現早期腫瘤的微弱熒光併確定腫瘤邊界等優點。本文詳細介紹瞭以自體熒光診斷技術為基礎的早期腫瘤檢測繫統的設計思路、結構組成、工作原理及實際試驗內容，併對自體熒光診斷技術與常規早期腫瘤診斷手段如電子染色、碘染色、美藍染色等進行瞭比較。
격광유도적자체형광진단기술구유령민도고、무통무창、능발현조기종류적미약형광병학정종류변계등우점。본문상세개소료이자체형광진단기술위기출적조기종류검측계통적설계사로、결구조성、공작원리급실제시험내용，병대자체형광진단기술여상규조기종류진단수단여전자염색、전염색、미람염색등진행료비교。
The LIAF (Laser-Induced Auto-Fluorescence) diagnostic technique was featured with high sensitivity, painlessness, non-invasion and the capability of identifying the slight lfuorescence of early tumors and the cancerous boundary. This paper detailed the design, structure, working principle and actual experiment content of the LIAF-based early-stage tumor diagnosis system. Moreover, comparisons were made between the auto-lfuorescence diagnostic technique and conventional early-stage tumor diagnostic techniques in the aspects of electron staining, iodine staining and methylene blue staining.
