In vivo imaging of small animals is of wide interest to the biomedical community studying
biological disease and developmental processes. However, optical imaging deep in tissue …

Multimodal imaging represents one of the current trends in the development of biophotonics
imaging technologies. This paper briefly reviews current multimodal biophotonics imaging …

Multiple scattering in biomedical tissue limits the imaging depth within a range of 1–2 mm for
conventional optical imaging techniques. To extend the imaging depth into the scattering …

(57) ABSTRACT A system, method, and device for imaging a sample. In embodiments, a
light from a low-coherence Source or a wave length-swept Source is used to illuminate the …

New fast detector technology has driven significant renewed interest in time-resolved
measurement of early photons in improving imaging resolution in diffuse optical tomography …

US20180259441A1 - OCT Sensing of Particulates in Oil - Google Patents
US20180259441A1 - OCT Sensing of Particulates in Oil - Google Patents OCT Sensing of …

With recent results demonstrating imaging using low coherence interferometry to detect
multiply scattered light, signal attenuation and imaging resolution remains to be an open …

Diffuse optical tomography (DOT) and fluorescence mediated tomography (FMT) are
emerging as valuable tools for non-invasive visualization of native tissue chromophores and …

A tomography image of a transparent object has been developed. Through a tomography
scanning procedure, an artificial and a real sinogram of transparent materials were …

The dissertation presents a revolutionary method to tissue characterization. The optical
scattering property of the tissue measured with Optical Coherence Tomography (OCT) …