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Effects of multiple-passage probabilities on fluorescent signals from biological media

机译:多通道概率对来自生物介质的荧光信号的影响

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摘要

By applying a random-walk model for photon migration, we find an exact expression for fluorescent signals emitted from a homogeneous, optically turbid medium containing a single fluorescent mass. In contrast to diffusion-theory-based models, our analysis accounts for multiple photon passages through the fluorophore sites and allows for a variable degree of fluorescent absorptivity. We particularly discuss effects on the amplitudes and phase shifts of frequency-domain fluorescent signals. #1997 Optical Society of America
机译:通过为光子迁移应用随机游走模型,我们发现了从均一的,含有单个荧光团的光学混浊介质发出的荧光信号的精确表达。与基于扩散理论的模型相比,我们的分析考虑了穿过荧光团位点的多个光子通道,并允许不同程度的荧光吸收率。我们特别讨论对频域荧光信号的幅度和相移的影响。 #1997美国眼镜学会

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