We present a wide-field 3D multispectral fluorescence lifetime imaging (λFLIM) microscope combining compressive sensing, single-pixel camera, structured illumination and data fusion techniques in an integrated computational imaging approach to acquire multidimensional optically sectioned images faster.
Multispectral Depth-resolved Fluorescence Lifetime Microscopy using Computational Imaging
Varakkoth S.;Gandolfi V.;Simoni F.;Arridge S.;Farina A.;D'Andrea C.
2025-01-01
Abstract
We present a wide-field 3D multispectral fluorescence lifetime imaging (λFLIM) microscope combining compressive sensing, single-pixel camera, structured illumination and data fusion techniques in an integrated computational imaging approach to acquire multidimensional optically sectioned images faster.File in questo prodotto:
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3D_λFLIM_with_DF__Summary__ECBO.pdf
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