Autonomic blockade and cardiovascular responses to static exercise in partially curarized man.
Mitchell, J H, Reeves, D R, Rogers, H B, Secher, N H, Victor, R G
1. The cardiovascular responses, heart rate and mean arterial pressure, were followed in seventeen human subjects who performed static handgrip contractions for 2 min at the same absolute force (15%...
Epidural anaesthesia and cardiovascular responses to static exercise in man.
Mitchell, J H, Reeves, D R, Rogers, H B, Secher, N H
1. In human subjects, sustained static contractions of the knee extensors were performed in one leg with the same absolute (10% of the initial maximal voluntary contraction) and relative (30% of the...
Cardiovascular responses to brief static contractions in man with topical nervous blockade.
Lassen, A, Mitchell, J H, Reeves, D R, Rogers, H B, Secher, N H
1. We tested the hypothesis that afferent nerves from working muscles are important in determining the heart rate and blood pressure responses to brief maximal static exercise. 2. In twenty human...
Autonomic blockade and cardiovascular responses to static exercise in partially curarized man.
Mitchell, J H, Reeves, D R, Rogers, H B, Secher, N H, Victor, R G
1. The cardiovascular responses, heart rate and mean arterial pressure, were followed in seventeen human subjects who performed static handgrip contractions for 2 min at the same absolute force (15%...
Epidural anaesthesia and cardiovascular responses to static exercise in man.
Mitchell, J H, Reeves, D R, Rogers, H B, Secher, N H
1. In human subjects, sustained static contractions of the knee extensors were performed in one leg with the same absolute (10% of the initial maximal voluntary contraction) and relative (30% of the...
Cardiovascular responses to brief static contractions in man with topical nervous blockade.
Lassen, A, Mitchell, J H, Reeves, D R, Rogers, H B, Secher, N H
1. We tested the hypothesis that afferent nerves from working muscles are important in determining the heart rate and blood pressure responses to brief maximal static exercise. 2. In twenty human...