… for tissue optical properties in io. With the development of quantitative non-invasive diagnostic
techniques such as frequency-domain … relevance of tissue optical properties will emerge. …

… Our results clearly show that tumor and normal tissue optical properties and physiological
parameters measured in vivo differ substantially within the individual we studied. …

… light to probe tissue optical properties, where source modulation frequencies are in the MHz
… that is a function of tissue optical properties and modulation frequency. Microscopically, indi…

… The method was first validated on phantoms with known optical properties. Finally, we
measured the optical properties of human skin at 400 nm, 500 nm, 633 nm and 700 nm in vivo. …

… of optical properties through single measurement. The estimated optical properties are treated
… spatial distribution of tissue optical properties for the non-homogeneous turbid materials. …

… Also, this wavelength was available for comparison of accuracy of phantoms from our previous
frequency domain (FD) diffuse light imaging system. The overall acquisition time was ≈ 1 …

… We describe advantages to making such measurements in the frequency domain,
present equations relating the amplitude modulation and phase to μ a and μ′ s , show …

… and IR light in the frequency domain is proposed. It can be … tissues show strong absorbance
due to hemoglobin collagen, elastin and other components. The resulting optical parameters …

… frequency information content from biological tissue, which is used to calculate tissue optical
properties and determine tissue … the determination of tissue optical properties using a single …

… optical properties of the tissue. Techniques such as diffuse optical spectroscopy and spatial
frequency domain imaging (SFDI) are widely used to measure tissue optical properties in the …