… 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. …

… significant perturbations in tissue optical properties.Thus, accurate and precise quantification
of tissue optical properties is essential in order to track alterations in tissue structure and …

… heterogeneities; It also provides good flexibility for measuring the optical coefficients at …
with known optical properties. Finally, we measured the optical properties of human skin at …

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

… frequency domain imaging (SFDI) is an emerging modality with the potential for noncontact,
rapid evaluation of ovarian tissue optical properties, … of the tumor tissue has been found to be …

… 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 …

… 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 …

… 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 …

… 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 …