… The simpler instrumentation and more straightforward data analysis of continuous-wave …
Typical modulation frequencies employed in the application of FD-NIRS to biological tissue are …

… (650-1000 nm) acquisition with frequency domain (FD) measurements at 4 discrete … from
the simple power-law dependence of µ′ s on wavelength for biological tissues in this spectral …

… of biological tissue phantoms has a direct impact on several research fields such as near-infrared
spectroscopy … first systematic investigation of fresh ex vivo tissue taken from the animal …

… the analysis of a single-spatial frequency per … the tissue response to structured illumination
using a few images only and obtain subsurface information used to characterize biological …

… The results of a principal component analysis of the infrared fingerprints of these samples,
measured with our FRS and FTIR devices (Supplementary Information section VI and …

… frequency domain imaging (SFDI) is a widefield diffuse optical measurement technique capable
of generating 2D maps of sub-surface absorption and scattering in biological tissue. … test. …

… These data form a basis for our analysis of picosecond relaxation dynamics in tissues …
water content in biological tissues relying on the THz pulsed spectroscopy signal processing and …

… assessment that still maintains conservative tissue excision. … domain pulse results in the
frequency domain spectrum from … For biological tissues, where the medium is highly lossy due …

… and thus, allow the investigation of a larger variety of chromophores in biological tissues. …
Our data analysis consisted of building tissue classification models based on support vector …

… of biological tissues. In particular, we highlight the biomedical application of infrared and
Raman spectroscopy for the assessment of … the acquired data to the frequency domain. Infrared …