<p>Mean glucose uptake and its heterogeneity in the four individual muscles are shown in panels A and B, respectively. RF – m. rectus femoris, VL – m. vastus lateralis, VM – m. vastus medialis, VI – m. vastus intermedius. No interaction between intensity and muscle was found in ANOVA, but both main effects (intensity and muscle) were significant and the following pair-wise differences were found: *p<0.05 and ***p<0.001 compared to LOW intensity, †p<0.05 compared to MODERATE intensity, and ‡‡p<0.01 and ‡‡‡p<0.001 compared to RF muscle. White, grey and black bars represent LOW, MODERATE and HIGH exercise intensities, respectively.</p
We hypothesised that skeletal muscles of healthy young people have a large variation in oxidative ca...
Increases in insulin-mediated glucose uptake following endurance training (ET) and sprint interval t...
We hypothesized that whole body glucose uptake (Rd) during exercise is not related in a simple, line...
<p>Mean glucose uptake and its heterogeneity in the whole quadriceps femoris muscle group are shown ...
<p>M. quadriceps femoris (above) and m. biceps femoris (below) without and with compression during r...
Proper muscle activation is a key feature of survival in different tasks in daily life as well as sp...
<p>Skeletal muscle blood flow and glucose uptake in superficial and deep parts of m. quadriceps femo...
Glucose Transporter protein-4 (GLUT-4) is considered the predominant glucose transporter in skeletal...
This study focused on the steady-state phase of exercise to evaluate the relative contribution of me...
Physical training increases skeletal muscle insulin sensitivity. Since training also causes function...
This study focused on the steady-state phase of exercise to evaluate the relative contribution of me...
Purpose: To compare the effect of high-intensity aerobic (AER), resistance (RES), and combined (COMB...
Glucose uptake in skeletal muscle is dependent on the translocation of GLUT4 glucose transporters to...
<p>Satellite cells isolated from biopsies from <i>m</i>. <i>vastus lateralis</i> before and after 12...
Skeletal muscle glucose uptake increases dramatically in response to physical exercise. Moreover, sk...
We hypothesised that skeletal muscles of healthy young people have a large variation in oxidative ca...
Increases in insulin-mediated glucose uptake following endurance training (ET) and sprint interval t...
We hypothesized that whole body glucose uptake (Rd) during exercise is not related in a simple, line...
<p>Mean glucose uptake and its heterogeneity in the whole quadriceps femoris muscle group are shown ...
<p>M. quadriceps femoris (above) and m. biceps femoris (below) without and with compression during r...
Proper muscle activation is a key feature of survival in different tasks in daily life as well as sp...
<p>Skeletal muscle blood flow and glucose uptake in superficial and deep parts of m. quadriceps femo...
Glucose Transporter protein-4 (GLUT-4) is considered the predominant glucose transporter in skeletal...
This study focused on the steady-state phase of exercise to evaluate the relative contribution of me...
Physical training increases skeletal muscle insulin sensitivity. Since training also causes function...
This study focused on the steady-state phase of exercise to evaluate the relative contribution of me...
Purpose: To compare the effect of high-intensity aerobic (AER), resistance (RES), and combined (COMB...
Glucose uptake in skeletal muscle is dependent on the translocation of GLUT4 glucose transporters to...
<p>Satellite cells isolated from biopsies from <i>m</i>. <i>vastus lateralis</i> before and after 12...
Skeletal muscle glucose uptake increases dramatically in response to physical exercise. Moreover, sk...
We hypothesised that skeletal muscles of healthy young people have a large variation in oxidative ca...
Increases in insulin-mediated glucose uptake following endurance training (ET) and sprint interval t...
We hypothesized that whole body glucose uptake (Rd) during exercise is not related in a simple, line...