We describe the implementation of new detection concepts based on highly spatial sampling and noncontact measurements for obtaining tomographic reconstructions of targeted fluorochromes with phantoms and in-vivo. This new approach can enable unprecedented experimental performance and simplicity compared to conventional tomographic systems.
['Vasilis Ntziachristos', 'Edward E. Graves', 'Ralf Schultz', 'Jorge Ripoll']
Fluorescence molecular tomography: new detection schemes for acquiring high information content measurements