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Journal of Applied Physiology, Vol 51, Issue 2 520-523, Copyright © 1981 by American Physiological Society
ARTICLES |
S. A. Ward, K. A. Agleh and C. S. Poon
A pneumatically drive occlusion device has been designed to implement brief (ca. 130 ms) inspiratory airway occlusion and to monitor the associated inspiratory occlusion pressure (P100) on a breath-to-breath basis in humans. The device, which has a low resistance when patent, provides no discernible modulation of ventilation during steady and nonsteady states of moderate intensity cycle-ergometer exercise. With this technique, it is possible to undertake investigations of dynamic as well as steady-state P100 responses to stimuli such as extensive, inhaled CO2, and hypoxia.
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