Fiber-optic and articulating arm implementations of laminar optical tomography for clinical applications.
Laminar optical tomography (LOT) is a recently developed technique for depth-resolved in vivo imaging of absorption and fluorescence contrast. Until now, LOT has been implemented in a benchtop configuration, limiting accessibility to tissues and restricting imaging applications. Here we report on LOT implemented through an articulating arm and a fiber optic image bundle allowing flexible imaging for a range of clinical applications. We quantify the performance of these two implementations by imaging a tissue mimicking phantom.
Sean A
SA
Burgess
Désirée
D
Ratner
Brenda R
BR
Chen
Elizabeth M C
EM
Hillman
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