Spatial frequency domain imaging (SFDI) has witnessed very rapid growth over the last
decade, owing to its unique capabilities for imaging optical properties and chromophores …

The field of biomedical optics has matured rapidly over the last decade and is poised to
make a significant impact on patient care. In particular, wide-field (typically> 5 cm), planar …

We describe the development of a rapid, noncontact imaging method, modulated imaging
(MI), for quantitative, wide-field characterization of optical absorption and scattering …

The authors describe the development of diffuse optical imaging (DOI) technologies,
specifically the use of spatial and temporal modulation to control near infrared light …

A method is described for measuring optical properties and deriving chromophore
concentrations from diffuse reflection measurements at the surface of a turbid medium. The …

Modulated imaging: quantitative analysis and tomography of turbid media in the spatial-frequency
domain clickable element to expand a topic LOGIN OR CREATE ACCOUNT PRISM …

Diffuse optical imaging probes deep living tissue enabling structural, functional, metabolic,
and molecular imaging. Recently, due to the availability of spatial light modulators, wide …

Oxygenation measurements are widely used in patient care. However, most clinically
available instruments currently consist of contact probes that only provide global monitoring …

2.1 Introduction e electromagnetic (EM) spectrum provides a diverse set of tools for probing,
manipulating, and interacting with biological systems. A great variety of EM phenomena are …

We describe a noncontact profile correction technique for quantitative, wide-field optical
measurement of tissue absorption (μ a) and reduced scattering (μ s′) coefficients, based on …