Central and peripheral circulatory changes after training of the arms or legs.
Central and peripheral circulatory changes after training of the arms or legs.
复制标题
手臂或腿部训练后中枢和外周循环的变化。
作者：
J. P. Clausen;K. Klausen;B. Rasmussen;J. Trap
心输出量（Q）、局部动静脉氧分压差、训练时心动过缓的变化。第二个是（腋窝和股动脉（a-v）02 diff），肝脏清除率indo评估中央和外周花青绿色（ICG清除率）的相对重要性，以及主动脉血压在其他循环，呼吸和代谢中度和重度次极量运动的因素。手臂训练产生了训练效果。这是通过比较手臂运动期间HR的反应显著降低来完成的，而仅对于训练和未训练肌肉进行的运动，在手臂或腿部训练后进行的非组运动期间观察到小幅降低。训练腿部肌肉。然而，腿部训练在腿部运动和手臂运动期间几乎同样地降低了HR。在这两种类型之后，本文涉及循环变量的数据。
cardiac output (Q,), regional arteriovenous oxygen differences, changes to the bradycardia of training. The second is to (axillary and femoral (a-v)02 diff), hepatic clearance of indoevaluate the relative importance of central and peripheral cyanine green (ICG clearance), and aortic blood pressure during factors for other circulatory, respiratory, and metabolic moderate and heavy submaximal exercise. Arm training caused a effects of training. This was done by comparing the response pronounced reduction in HR during arm exercise, whereas only to exercise performed with trained and nontrained muscle a small reduction was seen during exercise performed with nongroups after training of either the arms or the legs. The trained leg muscles. Leg training, however, reduced HR almost equally during leg exercise and arm exercise. After both types present paper deals with data on circulatory variables.