Fluorescence microscopy point spread function model accounting for aberrations due to refractive index variability within a specimen
A three-dimensional (3-D) point spread function (PSF) model for wide-field fluorescence
microscopy, suitable for imaging samples with variable refractive index (RI) in multilayered …
microscopy, suitable for imaging samples with variable refractive index (RI) in multilayered …
Three-dimensional block-based restoration integrated with wide-field fluorescence microscopy for the investigation of thick specimens with spatially variant refractive …
Development of a block-based restoration (BBR) method that addresses spatially variant
(SV) imaging in wide-field fluorescence microscopy of thick samples is presented. The BBR …
(SV) imaging in wide-field fluorescence microscopy of thick samples is presented. The BBR …
Space-variant image formation for 3D fluorescence microscopy using a computationally efficient block-based model
This study is an initial attempt to address space-variant (SV) image formation in 3D
fluorescence microscopy using a computationally tractable block-based model. Spherical …
fluorescence microscopy using a computationally tractable block-based model. Spherical …
3D Block-Based Restoration (BBR) Method Addressing Space-Variance in Fluorescence Microscopy due to Thick Samples with Non-Uniform Refractive Index
S Ghosh - 2015 - digitalcommons.memphis.edu
This dissertation proposes a method to restore 3D fluorescence microscopy images
obtained from samples with non-uniform refractive index (RI). Existing restoration methods …
obtained from samples with non-uniform refractive index (RI). Existing restoration methods …