Abstract Knowledge of the optical properties of tissues can be applied in numerous medical
and scientific fields, including cancer diagnostics and therapy. There are many different …

From calibrated, weakly scattering tissue phantoms (2-6 mm"'), we extract the attenuation
coefficient with an accuracy of Ü. 8 mm'from OCT data in the clinically relevant'fixed focus' …

We have developed the second generation of our time-domain near-infrared spectroscopy
(TD-NIRS) system for baseline and functional brain imaging. The instrument uses a pulsed …

Strain-dependent transmission data of nine iliotibial tract specimens are determined using a
custom-built optical setup with a halogen light source and an industrial norm material testing …

Background The purpose of the study is to determine the optical properties and their
differences for normal human stomach mucosa/submucosa tissue in the cardiac orifice in …

To quantify the fluorescent microsphere (FM) content in cardiac tissue, which is an indicative
of blood flow, fluorescence imaging of both sides of the pig heart slice was employed …

We report multifunctional optical imaging using dye-coated gold nanorods. Three types of
useful information, namely, Raman, fluorescence signals, and absorption contrast, can be …

This paper discusses the main differences between two different methods for determining
the optical properties of tissue optical phantoms by fitting the spatial and temporal intensity …

Purpose: To study the feasibility of using transscleral visible/near‐infrared spectroscopy
(Vis/NIRS) to estimate the content of haemoglobin in choroidal tumour phantoms of ex vivo …