M2-1 A Novel APD-Based Detector Module for Multi-Modality PET/SPECT/CT Scanners
A. Saoudi¹, D. Rouleau¹, R. Lecomte^{1
1Université de Sherbrooke}

M2-2 Advantages using Pulse Shape Discrimination to Archive the Depth of Interaction Information (DOI) from a Multi Layer Phoswich Detector
M. Schmand^1,3,4, L. Eriksson^2,5, M.E. Casey¹, K. Wienhard³, G. Flügge⁴, R. Nutt^{2
1CTI PET Systems, Inc., 2CTI, Inc., 3Max-Planck-Inst. for Neurology Research, Cologne, Germany, 4III. Physical Inst., Aachen, Germany, 5Karolinska Inst., Sweden}

M2-3 Depth Identification Accuracy of a Three Layer Phoswich PET Detector Module
J. Seidel¹, J. Vaquero¹, S. Siegel¹, W.R. Gandler¹, M.V. Green^{1
1National Institutes of Health, Bethesda MD}

M2-4 Simultaneous PET and Low Energy Transmission Acquisition in YSO-LSO and NaI(Tl)-LSO Phoswich Blocks
L. MacDonald¹, Y. Tai¹, E. Hoffman¹, M. Dahlbom^{1
1Dept. of Molecular and Medical Pharmacology, UCLA School of Medicine}

M2-5 Fast-channel LSO Detectors and Fiber-optic Encoding for Excellent Dual Photon Transmission Measurements in PET
W.F. Jones¹, J. Moyers¹, M.E. Casey¹, C.C. Watson¹, R. Nutt^{1
1CTI PET Systems, Inc.}

M2-6 An Optimized Quadrant Sharing Block Detector for PET and SPECT
M.E. Casey¹, M.S. Andreaco², M. Schmand^1,3, L. Eriksson^2,4, R. Nutt^{2
1CTI PET Systems, Knoxville Tennessee, 2CTI Inc., Knoxville, Tennessee, 3Max-Planck-Inst. for Neurology Research, Cologne, Germany, 4Karolinska Inst., Sweden}