<p>Skeletal muscle blood flow and glucose uptake in superficial and deep parts of m. quadriceps femoris (n.d. = not determined).</p
Regional blood flow distribution in animal skeletal muscle is markedly uneven at rest and during var...
Regional blood flow distribution in animal skeletal muscle is markedly uneven at rest and during var...
Muscle blood flow, glucose uptake, and the ability of muscle to concentrate an inert amino acid have...
Skeletal muscle glucose uptake increases dramatically in response to physical exercise. Moreover, sk...
<p>M. quadriceps femoris (above) and m. biceps femoris (below) without and with compression during r...
<p>Mean glucose uptake and its heterogeneity in the whole quadriceps femoris muscle group are shown ...
Skeletal muscle contributes to ~40% of total body mass and has numerous important mechanical and met...
The role of microcirculation in skeletal muscle is to provide the supply of oxygen and various nutri...
We hypothesised that skeletal muscles of healthy young people have a large variation in oxidative ca...
Abstract Glucose uptake is an important phenomenon for cell homeostasis and for organism health. Und...
The idea that two vascular routes exist within, or closely associated with, skeletal muscle (nutrit...
<p>Mean glucose uptake and its heterogeneity in the four individual muscles are shown in panels A an...
To determine the contribution of skeletal muscle to the insulin resistance of essential hypertension...
In order to examine muscle ischemia, muscle blood flow in the rat hindlimb was decreased by vessel l...
Skeletal muscle is a highly adaptable tissue. In response to stimuli such as resistance exercise tra...
Regional blood flow distribution in animal skeletal muscle is markedly uneven at rest and during var...
Regional blood flow distribution in animal skeletal muscle is markedly uneven at rest and during var...
Muscle blood flow, glucose uptake, and the ability of muscle to concentrate an inert amino acid have...
Skeletal muscle glucose uptake increases dramatically in response to physical exercise. Moreover, sk...
<p>M. quadriceps femoris (above) and m. biceps femoris (below) without and with compression during r...
<p>Mean glucose uptake and its heterogeneity in the whole quadriceps femoris muscle group are shown ...
Skeletal muscle contributes to ~40% of total body mass and has numerous important mechanical and met...
The role of microcirculation in skeletal muscle is to provide the supply of oxygen and various nutri...
We hypothesised that skeletal muscles of healthy young people have a large variation in oxidative ca...
Abstract Glucose uptake is an important phenomenon for cell homeostasis and for organism health. Und...
The idea that two vascular routes exist within, or closely associated with, skeletal muscle (nutrit...
<p>Mean glucose uptake and its heterogeneity in the four individual muscles are shown in panels A an...
To determine the contribution of skeletal muscle to the insulin resistance of essential hypertension...
In order to examine muscle ischemia, muscle blood flow in the rat hindlimb was decreased by vessel l...
Skeletal muscle is a highly adaptable tissue. In response to stimuli such as resistance exercise tra...
Regional blood flow distribution in animal skeletal muscle is markedly uneven at rest and during var...
Regional blood flow distribution in animal skeletal muscle is markedly uneven at rest and during var...
Muscle blood flow, glucose uptake, and the ability of muscle to concentrate an inert amino acid have...
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