Heterogeneity depth localization using Near Infrared Time Resolved Spectroscopy (NIR-TRS).
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Spectroscopy, Near-Infrared↗
Biomedical subjects
M W Hemelt
Publications and source records attributed to M W Hemelt.
Heterogeneity (DVT) depth determination using phase shift and time constant values from NIR-TRS spectra.
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Hemoglobins↗
Near infrared time resolved spectroscopy for the detection of deep vein thrombosis within the human leg.
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Hemoglobins↗
Application of near-IR time-resolved spectroscopy and frequency response analysis for deep vein thrombosis detection.
Frequency response analysis is applied to analyze NIR-TRS spectra in a tissue model with a simulated thrombus. The value changes in parameters obtained from frequency response analysis are correlated with heterogeneity position in three dimensions. The goal of this research is to noninvasively localize deep vein thrombosis in the human leg through the use of this novel combination.
Humans↗