Fluorescent endoscopic imgaing system

TL;DR: In this article, a fluorescent endoscopic imgaing system consisting of an excitation light source for generating light, a light splitter which is used for splitting the light into a plurality of sub-beams corresponding to a plurality sub-areas of samples distributed with fluorescent substances, a flexible medium for adjusting the plurality of beams to be transmitted to an organism, a scanning element which was used for scanning the samples by means of the plurality, enabling the fluorescent substances in the sub-reas to emit fluorescence, and a detector used for collecting in real-time flu

Abstract: The utility model provides a fluorescent endoscopic imgaing system, suitable for the field of photoelectric detection The fluorescent endoscopic imgaing system comprises an excitation light source for generating excitation light, a light splitter which is used for splitting the excitation light into a plurality of sub-beams corresponding to a plurality of sub-areas of samples distributed with fluorescent substances, a flexible medium which is used for adjusting the plurality of sub-beams to be transmitted to an organism, a scanning element which is used for scanning the samples by means of the plurality of sub-beams, enabling the fluorescent substances in the sub-areas to emit fluorescence, and a detector used for collecting in real time fluorescence which is emitted during scanning and forms fluoroscopic images A double-color mirror is disposed between the scanning element and a focusing element The fluorescent endoscopic imgaing system is advantageous in that the plurality of sub-beams conduct two-dimensional scanning on samples, obtaining the fluoroscopic image on the entire sample, which is short in time and fast in speed; the damage on organisms is small; biomedical research is benefited; the system has a great significance on early diagnosis of cancer