<div><p>Upper left:Insulin concentration; Independent variable: acute changes 1 hour after exercise.</p> <p>Upper right:HOMA-IR; Independent variable: acute changes 1 hour after exercise.</p> <p>Lower left:Non-esterified fatty acid concentration; Independent variable: acute changes 1 hour after exercise.</p> <p>Lower right:Non-esterified fatty acids; Independent variable: acute changes 24 hours after .</p> <p>exercise.</p></div
<p>Data are presented as Beta and SE.</p><p><i>The multiple linear regressions</i> are adjusted for ...
Longitudinal associations between physical activity levels and within-patient changes in eGFRcys.</p
A) Continuous glucose, estimated insulin on board (IOB), and Apple watch data, including heart rate ...
The interindividual variability in the health-related efficacy of regular endurance training is high...
The interindividual variability in the health-related efficacy of regular endurance training is high...
Background: The interindividual variability in the health-related efficacy of regular endurance trai...
<div><p>AEE*<sub>1</sub>: Difference between the measurement 1 hour after cessation of exercise in t...
<p>Data are mean±sem of net percent variation. *Indicates a significant variation in metabolic level...
To determine the separate effects of exercise amount and intensity on the rate of response for gluco...
<p>Serum concentrations of free fatty acids (a) before (Pre), immediately after (Post), and 2 h afte...
<p>* Significantly different from the pre-exercise value in the same session (<i>P</i><0.05). <sup>#...
<p>Pearson correlations are presented as r and P value.</p><p>Correlations between Changes in Muscle...
Associations between percentage change in biomarkers and percentage change in body composition from ...
<div><p>Aim</p><p>To determine the separate effects of exercise amount and intensity on the rate of ...
<p><sup>a</sup> Contrasts and values are from <b><a href="http://www.plosone.org/article/info:doi/10...
<p>Data are presented as Beta and SE.</p><p><i>The multiple linear regressions</i> are adjusted for ...
Longitudinal associations between physical activity levels and within-patient changes in eGFRcys.</p
A) Continuous glucose, estimated insulin on board (IOB), and Apple watch data, including heart rate ...
The interindividual variability in the health-related efficacy of regular endurance training is high...
The interindividual variability in the health-related efficacy of regular endurance training is high...
Background: The interindividual variability in the health-related efficacy of regular endurance trai...
<div><p>AEE*<sub>1</sub>: Difference between the measurement 1 hour after cessation of exercise in t...
<p>Data are mean±sem of net percent variation. *Indicates a significant variation in metabolic level...
To determine the separate effects of exercise amount and intensity on the rate of response for gluco...
<p>Serum concentrations of free fatty acids (a) before (Pre), immediately after (Post), and 2 h afte...
<p>* Significantly different from the pre-exercise value in the same session (<i>P</i><0.05). <sup>#...
<p>Pearson correlations are presented as r and P value.</p><p>Correlations between Changes in Muscle...
Associations between percentage change in biomarkers and percentage change in body composition from ...
<div><p>Aim</p><p>To determine the separate effects of exercise amount and intensity on the rate of ...
<p><sup>a</sup> Contrasts and values are from <b><a href="http://www.plosone.org/article/info:doi/10...
<p>Data are presented as Beta and SE.</p><p><i>The multiple linear regressions</i> are adjusted for ...
Longitudinal associations between physical activity levels and within-patient changes in eGFRcys.</p
A) Continuous glucose, estimated insulin on board (IOB), and Apple watch data, including heart rate ...