This investigation explores the feasibility of performing diffuse optical tomography based on
time-domain wide-field illumination and detection strategies. Wide-field patterned excitation …

Understanding near infrared light propagation in tissue is vital for designing next generation
optical brain imaging devices. Monte Carlo (MC) simulations provide a controlled …

Imaging methods have become widespread in the biomedical sciences as well as in other
sciences and technologies. As we learn to extract the full measure of information latent in …

We present a minimally invasive optical method, that is, multi-channel time-domain diffuse
near-infrared reflectometry of the head to assess cerebral blood perfusion that is applicable …

Optical techniques enable portable, non-invasive functional neuroimaging. However, low
lateral resolution and poor discrimination between brain hemodynamics and systemic …

A Time-Domain NIR Brain Imager Applied in Functional Stimulation Experiments Page 1 A
Time-Domain NIR Brain Imager Applied in Functional Stimulation Experiments H. Wabnitz …

Measurements of dynamic near-infrared (NIR) light attenuation across the human head
together with model-based image reconstruction algorithms allow the recovery of three …

Time-domain diffuse optical imaging is a noninvasive technique that uses pulsed near-
infrared light as the interrogation source to produce quantitative images displaying the …

The aim of the study was to determine optimal measurement conditions for assessment of
brain perfusion with the use of optical contrast agent and time-resolved diffuse reflectometry …

Diffuse optical imaging (DOI) is an emerging imaging modality for non-invasive functional
medical imaging, using near infrared (NIR) or visible red light. The innovation is to derive …