To investigate the effect of exercise on GLUT-4, hexokinase, and glycogenin gene
expression in human skeletal muscle, 10 untrained subjects (6 women and 4 men, 21.4±1.2 …

We investigated the time course of training-induced changes in the expression of GLUT-1
and GLUT-4 in human skeletal muscle. Seven healthy males trained for 2 h/day …

To examine the influence of exercise intensity on the increases in vastus lateralis GLUT4
mRNA and protein after exercise, six untrained men exercised for 60 min at 39±3% peak …

Six untrained, male subjects (23±1 years old, 84±5 kg, V̇O2peak= 3.7±0.8 l min− 1)
exercised for 60 min at 75±1% V̇O2peak on 7 consecutive days. Muscle samples were …

Previous studies in animals and humans have shown that endurance exercise-training
protocols of several weeks to many months in duration induce adaptive increases in skeletal …

The effect of carbohydrate supplementation on skeletal muscle glucose transporter GLUT-4
protein expression was studied in fast-twitch red and white gastrocnemius muscle of …

The purpose of this investigation was to determine whether endurance exercise training
increases the ability of human skeletal muscle to accumulate glycogen after exercise …

Muscle glycogen is a key modulator of exercise duration, performance, and the onset of
fatigue. As such, understanding glycogen metabolism and its regulation was the first topic …

Endurance training increases muscle content of glucose transporter proteins (GLUT-4) but
decreases glucose utilization during exercise at a given absolute submaximal intensity. We …

Hickner, RC, JS Fisher, PA Hansen, SB Racette, CM Mier, MJ Turner, and JO Holloszy.
Muscle glycogen accumulation after endurance exercise in trained and untrained …