Map the Respiratory Response to Exercise in a concept map by

Map the Respiratory Response to Exercise in a concept map by using the steps below.

Box at the top of map: Initiation of Exercise.

Box at the bottom of the map: Increase in Pulmonary Ventilation.

Include all the factors listed below on the map.

Increase in PCO2, pH in medulla

Decrease in PO2 and Increase in PCO2, pH

Increase stretch of the lung

Stimulation of the Medulla Oblongata

Neurogenic Stimuli of the Motor Cortex

Proprioceptors in Joints and Muscles

Stimulation of Central Chemoreceptors

Stimulation of Peripheral Chemoreceptors

Output to Ventilatory Muscles

Solution

Map the Respiratory Response to Exercise in a concept map by using the steps below.

Box at the top of map: Initiation of Exercise.

Box at the bottom of the map: Increase in Pulmonary Ventilation.

Include all the factors listed below on the map.

Increase in PCO2, pH in medulla

Decrease in PO2 and Increase in PCO2, pH

Increase stretch of the lung

Stimulation of the Medulla Oblongata

Neurogenic Stimuli of the Motor Cortex

Proprioceptors in Joints and Muscles

Stimulation of Central Chemoreceptors

Stimulation of Peripheral Chemoreceptors

Output to Ventilatory Muscles

What is the question?

Map the Respiratory Response to Exercise in a concept map by using the steps below. Box at the top of map: Initiation of Exercise. Box at the bottom of the map:

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