Abstract
We have investigated the design of a high-resolution nuclear medicine system for in vivo small-animal imaging. The system utilizes a multiple-pinhole collimator in conjunction with silicon double-sided strip detectors in a synthetic collimator configuration. It is designed for detection of the low-energy photons (27–35keV) from the decay of 125I or 123I. We discuss elements of the system and present simulations conducted thus far.
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