Near-infrared diffuse optical tomography (DOT), one of the most sophisticated optical
imaging techniques for observations through biological tissue, allows 3-D quantitative …

Tissue optics is a rapidly expanding field of great interest to those involved in the
development of optical medical technologies. In the present review both strongly (multiple) …

Imaging the interior of living bodies with light may assist in the diagnosis and treatment of a
number of clinical problems, which include the early detection of tumors and hypoxic …

The note describes a stable, reproducible phantom which replicates the optical properties of
tissue, for use in near infrared spectroscopy and imaging. The base material is a clear …

The authors describe an improved phantom material for use in near infrared spectroscopy
and imaging. The material consists of a clear epoxy resin with absorbing dyes and …

Optical tomography using near-infrared light is expected to be a new modality of
noninvasive diagnostics because it can provide images of various biological parameters. In …

In this paper, we discuss approaches our group has developed for the problem of imaging
the interior of dense scattering media [1]. While our principal focus is on potential biomedical …

The successful development and clinical use of instruments that perform real-time near-infra
red spectroscopy of transilluminated tissue has led to a widespread interest in the …

A Newton–Raphson inversion algorithm has been extended for simultaneous absorption
and scattering reconstruction of fully three-dimensional (3D) diffuse optical tomographic …

Near IR time resolved spectroscopy has been studied for quantitative determination of
absorbance in highly scattering medium such as tissue. When a very narrow optical pulse is …