The in-vivo optical properties of the human head are investigated in the 600–1100 nm range
on different subjects using continuous wave and time domain diffuse optical spectroscopy …

The basic parameters for physiological measurements provided by near-infrared
spectroscopy are the local absorption and scattering coefficients. For the adult human head …

Extensive research in the area of optical sensing for medical diagnostics requires
development of tissue phantoms with optical properties similar to those of living human …

We present the development of a continuous-wave method of quantifying the optical
properties of a two-layered model of the human head using a broadband spectral approach …

We present an in vivo broadband spectroscopic characterization of the human forehead.
Absorption and scattering properties are measured on five healthy volunteers at five different …

The in vivo optical properties of a piglet brain were measured using a time-resolved system
at three different wavelengths (759, 794, 824 nm). To separate the contribution of different …

An optical technique based on diffuse reflectance measurement combined with indocyanine
green (ICG) bolus tracking is extensively tested as a method for the clinical assessment of …

Neuro‐oncology surgery would benefit from detailed intraoperative tissue characterization
provided by noncontact, contrast‐agent‐free, noninvasive optical imaging methods. In …

Predicting the distribution of light inside any turbid media, such as biological tissue, requires
detailed information about the optical properties of the medium, including the absorption and …

The authors' aim is to assess and quantitatively measure brain hemodynamic and
morphological variations during closed-head injury (CHI) in mice using orthogonal diffuse …