1 aximal work load and three minutes of static one-legged contraction at 25% maximal voluntary contract

2 hirteen subjects performed 3.5 min of static one-legged exercise (20 % maximal voluntary contraction)

3     Ten subjects performed 3.5 min of static one-legged exercise (20 % maximal voluntary contraction)

4 urs before the clamp, the subjects performed one-legged exercise for 1 h.

5 (.)Q or maintaining muscle blood flow during one-legged exercise in humans.Further, its contribution

6 two additional subjects were studied using a one-legged exercise protocol, MAPK phosphorylation and p

7  hyperinsulinemic-euglycemic clamp 5 h after one-legged exercise with 1) infusion of saline, 2) infus

8 glycemic clamp performed 3 h after a 45-min, one-legged exercise.

9 collar technique at rest and during dynamic, one-legged knee extension exercise at 7 W and 25 W.

10 ure neck collar technique at rest and during one-legged knee extension exercise.

11 der rested conditions or following a bout of one-legged knee extensor exercise in healthy young male

12 sured local and central haemodynamics during one-legged knee-extensor exercise ( approximately 50% pe

13 yed in the same individual at rest and after one-legged knee-extensor exercise at 60, 85, and 100% of

14 clamp on 2 separate days: one day with prior one-legged knee-extensor exercise to local exhaustion (~

15 In eight healthy young male subjects, 1 h of one-legged knee-extensor exercise was followed by 7 h of

16 ponses in healthy men during (1) incremental one-legged knee-extensor exercise, (2) step-wise femoral