----- 扩散光学成像:规律和应用
Introduction Diffuse Optical Tomography Image Reconstruction Reconstruction Algorithms Introduction/Historical Account Reconstruction Algorithm Experimental Materials and Methods Results Discussion Instrumentation and Calibration Methods Introduction/Historical Account Single-Wavelength Automatic Scanning DOT System Three-Wavelength Multi-channel DOT System Ten-Wavelength 64x64-Channel DOT System Computational-based Calibration Method Hybrid Calibration Method Contrast, Spatial Resolution, and Uniqueness of Inverse Solution Introduction/Historical Account Contrast, Spatial Resolution and Multiple Targets Uniqueness and Cross-talk Issues in DOT Image Enhancement Schemes Introduction/Historical Account Total Variation Minimization Scheme Dual Mesh Scheme Adaptive Mesh Scheme Reconstruction based on the third-order diffusion equations Modified Newton Method Fluorescence and Bioluminescence DOT Introduction/Historical Account Fluorescence DOT Fluorescence DOT using an oxygen-sensitive dye DOT-Guided fluorescence DOT of arbitrarily shaped objects Bioluminescence DOT DOT-Guided Bioluminescence Tomography New Contrast Mechanisms and Multi-Modality Approaches Introduction/Historical Account Phase-Contrast DOT Enhanced Phase-Contrast DOT: Two-Step Multi-Region Approach Multi-spectral Cellular DOT Multi-Modality Approaches: Ultrasound Tomography-Guided DOT Multi-Modality Approaches: X-Ray-Guided DOT Clinical Applications and Animal Studies Introduction/Historical Account Breast Imaging Joint Imaging Brain Imaging
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