Skin consists of epidermis and dermis layers that have distinct optical properties. The
quantification of skin optical properties is commonly achieved by modeling photon …

Background An accurate way to determine skin pigmentation is to acquire the spectral
reflectance of a skin sample and to quantify chromophores by reverse calculation from …

A new clinical tissue oxygenation monitor, the NIRO-300, has been developed. In addition to
monitoring changes in hemoglobin concentration and redox state of cytochrome oxidase …

We present a low-cost, portable, wireless diffuse optical imaging device. The handheld
device is fast, portable, and can be applied to a wide range of both static and dynamic …

To investigate the dependence of image features on the spatial distribution of tissue optical
parameters, we have developed a parallel Monte Carlo code that is capable of simulating …

Steady state diffuse reflectance spectroscopy is a nondestructive method for obtaining
biochemical and physiological information from skin tissue. In medical conditions such as …

Cervical cancer screening presents a great challenge for clinicians across the developing
world. In many countries, cervical cancer screening is done by visualization with the naked …

We present a multivariate fitting method to determine the absorption and reduced scattering
coefficients of turbid biological tissue, from diffuse reflectance spatial distribution in the …

Purpose: Hemoglobin concentration and oxygenation in tissue are important biomarkers that
are useful in both research and clinical diagnostics of a wide variety of diseases such as …

Optical visible light analysis of the skin mainly relies on RGB colour imaging. Multispectral
imaging of human skin represents a more accurate approach for in vivo analysis of its optical …