Small-Animal SPECT Imaging

- Preface -Biomedical Significance of Small-Animal Imaging -Detectors for Small-Animal SPECT I -Detectors for Small-Animal SPECT II -The Animal in Animal Imaging -Objective Assessment of Image Quality -SPECT Imager Design and Data-Acquisition Systems -Computational Algorithms in Small-Animal Imaging –Reconstruction Algorithm with Resolution Deconvolution in a Small-Animal PET Imager –Estimates of Axial and Transaxial Resolution for One-, Two-, and Three-Camera Helical Pinhole SPECT –Pinhole Aperture Design for Small-Animal Imaging –Comparison of CsI(Ti) and Scintillating Plastic in a Multi-Pinhole/CCD-Based Gamma Camera for Small-Animal Low-Energy SPECT –Calibration of Scintillation Cameras and Pinhole SPECT Imaging Systems –Imaging Dopamine Transporters in a Mouse Brain with Single-Pinhole SPECT –A Micro-SPECT/CT System for Imaging of AA-Amyloidosis in Mice –Feasibility of Micro-SPECT/CT Imaging of Atherosclerotic Plaques in a Transgenic Mouse Model –Effect of Respiratory Motion on Plaque Imaging in the Mouse Using Tc-99m Labeled Annexin-V –Calibration and Performance of the Fully Engineered YAP-(S)PET Scanner for Small Rodents –A Small-Animal SPECT Imaging System Utilizing Position Tracking of Unanesthetized Mice –A Multidetector High-Resolution SPECT/CT Scanner with Continuous Scanning Capability –High-Resolution Multi-Pinhole Imaging Using Silicon Detectors –Development and Characterization of a High-Resolution MicroSPECT System –High-Resolution Radionuclide Imaging Using Focusing Gamma-Ray Optics –SPECT/Micro-CT Imaging of Bronchial Angiogenesis in a Rat –Projection and Pinhole-Based Data Acquisition for Small-Animal SPECT Using Storage Phosphor Technology -Index