<p>Spatial map indicating the changes in the concentration of (a) deoxyhemoglobin, (b) oxyhemoglobin and (c) total hemoglobin at the last minute of the hypoxia. (d) Spatial map indicating the relative change in blood flow in normalized percent. Three regions of interest are shown. M = molar.</p
<p>Pink: clinical data on the dominant frequency, averaged over 1 s window with standard deviation. ...
<p>Infarct area (represented by white circle) becomes visible from about 6 hrs, reaches maximum at 2...
<p>(Left) Total hemoglobin concentration (ΔHbT) and flow changes. (Right) Scatter plot of measured h...
<p>Maps of the major difference of BSP and MCG between control and varied localized ischemic conditi...
<p>Maps of major differences of BSP (top panels) and MCG (bottom panels) between ischemia and contro...
<p>(a) shows diverse response of macro-circulation (>50 µm), micro-circulation(<50 µm) and all circu...
<p>Left: Grand average change in oxygenated-hemoglobin concentration ([oxy-Hb], red line) and deoxyg...
<p>Estimated spatial maps (T-test) of the oxyhemoglobin data collected using fNIRS for the change in...
Regional Variations in Myocardial Tissue Oxygenation Mapped by Near-Infrared Spectroscopic Imaging. ...
<p>(a) Δ[HbR] for MA and BL. (b) Δ[HbO] for MA and BL. The colorbar indicates the amount of change i...
Blood-oxygen-level dependent (BOLD) MRI may be used for detecting myocardial oxygenation (MO) change...
<p>(a) Change in the concentration of Hb, HbO and HbT through time. The purple curves are the fits o...
(a) Normal renal blood flow (top) and renal tissue saturation (bottom), showing blood flow in the co...
<p>Mean changes ΔT<sub>2</sub>* (a), ΔT<sub>2</sub> (b), ΔR<sub>2</sub>* (c) and ΔR<sub>2</sub> (d) ...
Blood-oxygen-level dependent (BOLD) MRI may be used for detecting myocardial oxygenation (MO) change...
<p>Pink: clinical data on the dominant frequency, averaged over 1 s window with standard deviation. ...
<p>Infarct area (represented by white circle) becomes visible from about 6 hrs, reaches maximum at 2...
<p>(Left) Total hemoglobin concentration (ΔHbT) and flow changes. (Right) Scatter plot of measured h...
<p>Maps of the major difference of BSP and MCG between control and varied localized ischemic conditi...
<p>Maps of major differences of BSP (top panels) and MCG (bottom panels) between ischemia and contro...
<p>(a) shows diverse response of macro-circulation (>50 µm), micro-circulation(<50 µm) and all circu...
<p>Left: Grand average change in oxygenated-hemoglobin concentration ([oxy-Hb], red line) and deoxyg...
<p>Estimated spatial maps (T-test) of the oxyhemoglobin data collected using fNIRS for the change in...
Regional Variations in Myocardial Tissue Oxygenation Mapped by Near-Infrared Spectroscopic Imaging. ...
<p>(a) Δ[HbR] for MA and BL. (b) Δ[HbO] for MA and BL. The colorbar indicates the amount of change i...
Blood-oxygen-level dependent (BOLD) MRI may be used for detecting myocardial oxygenation (MO) change...
<p>(a) Change in the concentration of Hb, HbO and HbT through time. The purple curves are the fits o...
(a) Normal renal blood flow (top) and renal tissue saturation (bottom), showing blood flow in the co...
<p>Mean changes ΔT<sub>2</sub>* (a), ΔT<sub>2</sub> (b), ΔR<sub>2</sub>* (c) and ΔR<sub>2</sub> (d) ...
Blood-oxygen-level dependent (BOLD) MRI may be used for detecting myocardial oxygenation (MO) change...
<p>Pink: clinical data on the dominant frequency, averaged over 1 s window with standard deviation. ...
<p>Infarct area (represented by white circle) becomes visible from about 6 hrs, reaches maximum at 2...
<p>(Left) Total hemoglobin concentration (ΔHbT) and flow changes. (Right) Scatter plot of measured h...