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Experimental proof of the feasibility of using an angled fiber-optic probe for depth-sensitive fluorescence spectroscopy of turbid media

机译:使用倾斜光纤探头进行混浊介质深度敏感荧光光谱法可行性的实验证明

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摘要

An angled fiber-optic probe that facilitates depth-sensitive fluorescence measurements was developed for enhancing detection of epithelial precancers. The probe was tested on solid, two-layered phantoms and proved to be effective in selectively detecting fluorescence from different layers. Specifically, a larger illumination angle provides greater sensitivity to fluorescence from the top layer as well as yielding an overall higher fluorescence signal. Monte Carlo simulations of a theoretical model of the phantoms demonstrate that increasing the illumination angle results in an increased excitation photon density and, thus, in increased fluorescence generated in the top layer. (C) 2004 Optical Society of America.
机译:开发了一种有助于深度敏感荧光测量的倾斜光纤探头,用于增强对上皮癌前病变的检测。该探针在坚固的两层体模上进行了测试,并被证明可有效地选择性检测来自不同层的荧光。具体地说,较大的照明角度可提高对顶层荧光的敏感度,并产生总体较高的荧光信号。幻影理论模型的蒙特卡洛模拟表明,增加照明角度会导致激发光子密度增加,并因此导致在顶层产生的荧光增加。 (C)2004年美国眼镜学会。

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