Fluorescence molecular tomography (FMT) is an emerging modality for the in-vivo imaging of fluorescent probes
which improves upon existing planar photographic imaging techniques by quantitatively reconstructing fluorochrome
distributions in-vivo. We present here results using an FMT system capable of full view imaging for arbitrary surface
geometries. Results are presented comparing single and multiple projection configurations, and illustrating the need for
properly implemented non-negativity constraints.
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