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Computer Aided Visualizations of 3-Dimensional Light Distributions in Tissues for Quantitative Optical Diagnostics

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Abstract

Numerical simulations of time-resolved light transport in inhomogeneous tissues reveal quantitative, 3D-distributions of excitation and fluorescent light. Visualizations generated can assist the optimization of endoscopy-compatible fiber-optic probes and optical imaging systems.

© 2005 Optical Society of America

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