… This study presents the use of sub-diffuse spatial frequency domain imaging to differentiate
between tissue types based on microscopic-level morphological differences. The approach …

… wide-field images of microscopic structural biomarkers unobtainable with either diffuse light
imaging … excised tissue and noninvasive examination of suspicious lesions during operation. …

… a wide-field of view. The sd-SFDI approach probes tissue responses only at high spatial
frequencies (~… The sub-diffuse reflectance from HSFDI carries the key characteristic of the phase …

… spatial frequency domain imaging (SFDI) to quantify the sub-diffuse light-scattering characteristics
of tissues that … two wide-field reflectance imaging modalities, spatial frequency domain …

… microstructure. Localized measurements of scatter remission have been … imaging patterns
with high spatial frequencies (ie f X >0.33 μ s ′ ) to sample reflectance in the sub-diffuse light …

… Spatial-frequency domain imaging (SFDI), as an emerging non-contact, depth-varying and
wide-field optical imaging … of measuring the optical properties in a wide field-of-view on a pixel…

… on an imaging modality called Spatial Frequency Domain Imaging (SFDI). … Wide-field
quantitative imaging of tissue microstructure using sub-diffuse spatial frequency domain imaging…

… map quantitative diffuse and sub-diffuse parameters to highlight sub-millimeter signal in tissue
arising from microstructure … Sub-diffuse parameter modeling would additionally add further …

… Light transport through biological tissue has been shown to be sensitive to microstructural
… step forward in measuring sub-diffuse optical properties across a wide-field in real time and …

… as one microstructural imaging modality over a wide field. SFDI can … and imaging systems,
facilitating quantitative wide-field … light reflectance contributed from sub-diffuse photons, M AC (…