1. The paroxysmal cough precedes a crowing inspiratory sound characteristic of pertussis. 2. The patient is then asked to make an inspiratory effort. 3. Glycinergic and GABAergic inhibitory neurons make up half of all inspiratory neurons. 4. However, it gives positive impulses to the inspiratory ( I ) neurons. 5. The pressure is constant during the inspiratory time and the flow is decelerating. 6. Both methods offer a set inspiratory pressure. 7. Substance P activates the inspiratory frequency at the level of the network and behavioral systems. 8. Within these two groups are mixed groups of nerves, inspiratory neurons, and expiratory neurons. 9. The longer, deeper inspiratory flows by the patient will result in a larger tidal volume. 10. Increasing the % Inspiratory Time will also increase the volume of gas moved or tidal volume.
