Fast, signal-efficient mapping of nerve fiber orientations is essential for resolving cortical microstructure, particularly in brain regions containing multiple crossing fiber populations. This work extends Computational Scattered Light Imaging (ComSLI) by combining Hadamard-encoded angular illumination with a compress...
Dennis Scheidt, F. Matuschke, Christophe Destrieux et al.· Unconventional Imaging, Sens...· 0 citations
This analytical model was able to estimate inclination angles of non-crossing fibers up to 60° inclination with an accuracy of 3° or better and finally allows to quantitatively determine fiber inclinations and reconstruct 3D fiber pathways with ComSLI.
Mark M. Vermeulen, P. V. van Altena, Dennis Scheidt et al.· Bioengineering· 0 citations
A simple analogical approximation of Rayleigh-Gans scattering theory is introduced to extract the 3D orientation of nerve fibers from one-dimensional SLI measurements and is applied to brain tissue samples and compared with 3D-PLI.
Dennis Scheidt, Charlotte Voß, Cristian Rosero Arias et al.· Novel Optical Systems, Metho...· 1 citation
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