<p>Model fit (red areas) vs experimental data (circles) expressed as mean ± SE in the study 6. The gray zone refers to the exercise period. The red areas show the range of the dynamic responses of the model to the variability of the subjects’ characteristics as reported in <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1006073#pcbi.1006073.t002" target="_blank">Table 2</a>; individual response curves related to each simulation are available.</p
In this study, the effects of variable and constant-intensity cycling on muscle glycogen depletion p...
<p>Bands represent mean values ±1 standard deviation (in BW) during the stance phase of gait. Muscle...
Thesis (M.S.)--University of Hawaii at Manoa, 2007.Includes bibliographical references (leaves 53-57...
<p>Model fit (red areas) vs experimental data (circles) expressed as mean ± SE. The red areas show t...
<p>Model fit (red areas) vs experimental data (circles), expressed as mean ± SEM. The red areas show...
<p>Model fit (colored lines) vs experimental data (circles) expressed as mean ± SE. The colored line...
<p>Model fit (red areas) vs experimental data (circles) expressed as mean ± SEM from the study 1. Th...
<p>Model fit (colored areas) vs experimental data (circles) expressed as mean ± SE. The colored area...
<p>Model fit (solid line) vs experimental data (circles), expressed as mean ± SEM from study 3 [<a h...
<p>Fiber PO<sub>2</sub> probability distribution profiles in muscle tissues under A) light intensity...
Human skeletal muscles have different fiber types with distinct metabolic functions and physiologica...
<p>Simulations of net hepatic glycogen breakdown (solid line) and net hepatic gluconeogenesis (dotte...
<p>Intermyofibrillar (A-D), intramyofibrillar (E-F) and subsarcolemmal (I-L) glycogen content at the...
<p>Upper panels: glucose concentrations during the 60-min exercise session and the corresponding per...
The purpose of this study was to determine whether muscle glycogen reduction prior to exercise would...
In this study, the effects of variable and constant-intensity cycling on muscle glycogen depletion p...
<p>Bands represent mean values ±1 standard deviation (in BW) during the stance phase of gait. Muscle...
Thesis (M.S.)--University of Hawaii at Manoa, 2007.Includes bibliographical references (leaves 53-57...
<p>Model fit (red areas) vs experimental data (circles) expressed as mean ± SE. The red areas show t...
<p>Model fit (red areas) vs experimental data (circles), expressed as mean ± SEM. The red areas show...
<p>Model fit (colored lines) vs experimental data (circles) expressed as mean ± SE. The colored line...
<p>Model fit (red areas) vs experimental data (circles) expressed as mean ± SEM from the study 1. Th...
<p>Model fit (colored areas) vs experimental data (circles) expressed as mean ± SE. The colored area...
<p>Model fit (solid line) vs experimental data (circles), expressed as mean ± SEM from study 3 [<a h...
<p>Fiber PO<sub>2</sub> probability distribution profiles in muscle tissues under A) light intensity...
Human skeletal muscles have different fiber types with distinct metabolic functions and physiologica...
<p>Simulations of net hepatic glycogen breakdown (solid line) and net hepatic gluconeogenesis (dotte...
<p>Intermyofibrillar (A-D), intramyofibrillar (E-F) and subsarcolemmal (I-L) glycogen content at the...
<p>Upper panels: glucose concentrations during the 60-min exercise session and the corresponding per...
The purpose of this study was to determine whether muscle glycogen reduction prior to exercise would...
In this study, the effects of variable and constant-intensity cycling on muscle glycogen depletion p...
<p>Bands represent mean values ±1 standard deviation (in BW) during the stance phase of gait. Muscle...
Thesis (M.S.)--University of Hawaii at Manoa, 2007.Includes bibliographical references (leaves 53-57...