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• W2968642786 endingPage "4621" @default.
• W2968642786 startingPage "4621" @default.
• W2968642786 abstract "Time-resolved near-infrared spectroscopy (TR-NIRS) measurements can be used to recover changes in concentrations of tissue constituents ( ΔC ) by applying the moments method and the Beer-Lambert law. In this work we carried out the error propagation analysis allowing to calculate the standard deviations of uncertainty in estimation of the ΔC . Here, we show the process of choosing wavelengths for the evaluation of hemodynamic (oxy-, deoxyhemoglobin) and metabolic (cytochrome-c-oxidase (CCO)) responses within the brain tissue as measured with an in-house developed TR-NIRS multi-wavelength system, which measures at 16 consecutive wavelengths separated by 12.5 nm and placed between 650 and 950 nm. Data generated with Monte Carlo simulations on three-layered model (scalp, skull, brain) for wavelengths range from 650 to 950 nm were used to carry out the error propagation analysis for varying choices of wavelengths. For a detector with a spectrally uniform responsivity, the minimal standard deviation of the estimated changes in CCO within the brain layer, σΔCCCObrain = 0.40 µM, was observed for the 16 consecutive wavelengths from 725 to 912.5 nm. For realistic a detector model, i.e. the spectral responsivity characteristic is considered, the minimum, σΔCCCObrain = 0.47 µM, was observed at the 16 consecutive wavelengths from 688 to 875 nm. We introduce the method of applying the error propagation analysis to data as measured with spectral TR-NIRS systems to calculate uncertainty of recovery of tissue constituents concentrations." @default.
• W2968642786 created "2019-08-22" @default.
• W2968642786 creator A5010925058 @default.
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• W2968642786 creator A5090714588 @default.
• W2968642786 date "2019-08-16" @default.
• W2968642786 modified "2023-10-17" @default.
• W2968642786 title "Depth-resolved assessment of changes in concentration of chromophores using time-resolved near-infrared spectroscopy: estimation of cytochrome-c-oxidase uncertainty by Monte Carlo simulations" @default.
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• W2968642786 cites W1572034278 @default.
• W2968642786 cites W1965787335 @default.
• W2968642786 cites W1971897642 @default.
• W2968642786 cites W1978942550 @default.
• W2968642786 cites W1980894799 @default.
• W2968642786 cites W1980915345 @default.
• W2968642786 cites W1981012868 @default.
• W2968642786 cites W1986218677 @default.
• W2968642786 cites W1988158433 @default.
• W2968642786 cites W1988374996 @default.
• W2968642786 cites W1991783754 @default.
• W2968642786 cites W1991918711 @default.
• W2968642786 cites W1997653494 @default.
• W2968642786 cites W2001262493 @default.
• W2968642786 cites W2002365765 @default.
• W2968642786 cites W2002810100 @default.
• W2968642786 cites W2003245042 @default.
• W2968642786 cites W2006163783 @default.
• W2968642786 cites W2007318338 @default.
• W2968642786 cites W2007492138 @default.
• W2968642786 cites W2008096876 @default.
• W2968642786 cites W2013712141 @default.
• W2968642786 cites W2022527655 @default.
• W2968642786 cites W2025564775 @default.
• W2968642786 cites W2027876304 @default.
• W2968642786 cites W2029141895 @default.
• W2968642786 cites W2029532682 @default.
• W2968642786 cites W2033106066 @default.
• W2968642786 cites W2036456714 @default.
• W2968642786 cites W2037286266 @default.
• W2968642786 cites W2048686272 @default.
• W2968642786 cites W2050054249 @default.
• W2968642786 cites W2053113282 @default.
• W2968642786 cites W2054170178 @default.
• W2968642786 cites W2054996700 @default.
• W2968642786 cites W2055286903 @default.
• W2968642786 cites W2060190359 @default.
• W2968642786 cites W2065546850 @default.
• W2968642786 cites W2070690319 @default.
• W2968642786 cites W2072315640 @default.
• W2968642786 cites W2074531748 @default.
• W2968642786 cites W2080089128 @default.
• W2968642786 cites W2081768526 @default.
• W2968642786 cites W2089436728 @default.
• W2968642786 cites W2097683070 @default.
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• W2968642786 cites W2142837268 @default.
• W2968642786 cites W2147250195 @default.
• W2968642786 cites W2148293218 @default.
• W2968642786 cites W2168963208 @default.
• W2968642786 cites W2232256432 @default.
• W2968642786 cites W2332309863 @default.
• W2968642786 cites W2375352890 @default.
• W2968642786 cites W2513548613 @default.
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• W2968642786 cites W2609463546 @default.
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• W2968642786 cites W2802239899 @default.
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• W2968642786 doi "https://doi.org/10.1364/boe.10.004621" @default.
• W2968642786 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6757481" @default.
• W2968642786 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31565513" @default.
• W2968642786 hasPublicationYear "2019" @default.
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