<p>A concentration versus time plot of NADH and NAD<sup><b>+</b></sup> depicted together. Green line denotes NAD<sup><b>+</b></sup> and blue line denotes concentration change of NADH with respect to time.</p
<p>The plot and axis in black show the distance of Phe19 and cholesterol as a function of time, whil...
<p>Each dot represents mean activity in a time point for all trials of one subject in OFF (blue) and...
<p>(a) Δ[HbR] for MA and BL. (b) Δ[HbO] for MA and BL. The colorbar indicates the amount of change i...
<p>The plots of concentration changes with respect to time between NAD<sup><b>+</b></sup> (purple), ...
<p>Each subject is depicted in a different color and the time points are connected by a line. The <i...
<p>Each subject is depicted in a different color with time points connected by a line. The y-axis de...
<p>Each subject is plotted as a different color. The blue line shows a linear regression of the chan...
<p>The blue lines represent the time evolution of the normalized drug concentration at different cro...
<p><b>(a)</b> rate of ATP generation with respect to time and <b>(b)</b> Pyruvate concentration with...
<p>The plots of concentration levels as a function of time in hours for various values: (a) , (b) ...
<p>Plot of concentration for heterogeneous reaction parameter with , and .</p
<p>A: time courses superimposed according to a color gradient from blue (growth cone: low values) t...
<p>Time plots of the concentration estimates from (a) PF-MCMC (blue ‒ ∙∙ ‒) and (b) KF-GPB2 (green ‒...
<p>Time plots of the concentration estimates from (a) PF (red ‒ ∙ ‒) and PF-MCMC (blue ‒ ∙∙ ‒) and (...
<p>Red dots show significant differences and blue dots show not significant differences between both...
<p>The plot and axis in black show the distance of Phe19 and cholesterol as a function of time, whil...
<p>Each dot represents mean activity in a time point for all trials of one subject in OFF (blue) and...
<p>(a) Δ[HbR] for MA and BL. (b) Δ[HbO] for MA and BL. The colorbar indicates the amount of change i...
<p>The plots of concentration changes with respect to time between NAD<sup><b>+</b></sup> (purple), ...
<p>Each subject is depicted in a different color and the time points are connected by a line. The <i...
<p>Each subject is depicted in a different color with time points connected by a line. The y-axis de...
<p>Each subject is plotted as a different color. The blue line shows a linear regression of the chan...
<p>The blue lines represent the time evolution of the normalized drug concentration at different cro...
<p><b>(a)</b> rate of ATP generation with respect to time and <b>(b)</b> Pyruvate concentration with...
<p>The plots of concentration levels as a function of time in hours for various values: (a) , (b) ...
<p>Plot of concentration for heterogeneous reaction parameter with , and .</p
<p>A: time courses superimposed according to a color gradient from blue (growth cone: low values) t...
<p>Time plots of the concentration estimates from (a) PF-MCMC (blue ‒ ∙∙ ‒) and (b) KF-GPB2 (green ‒...
<p>Time plots of the concentration estimates from (a) PF (red ‒ ∙ ‒) and PF-MCMC (blue ‒ ∙∙ ‒) and (...
<p>Red dots show significant differences and blue dots show not significant differences between both...
<p>The plot and axis in black show the distance of Phe19 and cholesterol as a function of time, whil...
<p>Each dot represents mean activity in a time point for all trials of one subject in OFF (blue) and...
<p>(a) Δ[HbR] for MA and BL. (b) Δ[HbO] for MA and BL. The colorbar indicates the amount of change i...
DOI
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