Currently, dermatologic diagnosis requires lengthy histopathologic analysis, elongating a
patient's time to diagnosis. We present quantitative oblique back-illumination microscopy …

The retina is considered an extension of the brain that senses light and provides low-level
visual processing. Imaging single retinal cells is crucial for understanding the fundamental …

The subfield of pathology known as 'digital pathology'encompasses the procedures for
image acquisition, organization, distribution, labeling, and computational analysis. Digital …

Quantitative oblique back-illumination microscopy (qOBM) is a label-free imaging technique
that enables tomographic phase imaging of thick scattering samples with epi-illumination …

We discuss implementations of a straightforward common-path interferometric system within
the microscope setup to allow for quantitative phase contrast imaging. Fringe pattern …

Epi-Mode Quantitative Phase Imaging to Characterize Cell Structure and Dynamics with a
Flexible Snake Robot Page 1 Epi-Mode Quantitative Phase Imaging to Characterize Cell …

Phase imaging and fluorescence microscopy provide valuable complementary information,
and individually form the basis for a significant portion of the routing biological and …

Toward Real-time In-Vivo Diagnosis of Brain Tumors using Quantitative Oblique Back-illumination
Microscopy Page 1 Toward Real-time In-Vivo Diagnosis of Brain Tumors using Quantitative …

Quantitative phase imaging (QPI) has emerged as a valuable method in biomedical
research by providing label-free, high-resolution phase distribution of transparent cells and …

Slide-free microscopy techniques have been proposed for accelerating standard
histopathology and intraoperative guidance. One such technology is quantitative oblique …