Question

The primary inspiratory neurons that innervate the diaphragm arise from the (Click to select) . The pontine respiratory group, also known as the (Click to select) , plays a role in regulating the length of each breath and switching between inspiration and expiration. Over-inflation of the lungs is prevented by the (Click to select) . Monitoring CO₂ levels by detecting pH of the CSF is the function of (Click to select) , which provide the primary sensory input leading to the regulation of the rate and depth of breathing. Information from chemoreceptors is sent to the (Click to select) , which is then relayed to the ventral respiratory group for possible adjustments on the rate and depth of breathing.

          The primary inspiratory neurons that innervate the diaphragm arise from the 
(Click to select)
 .
The pontine respiratory group, also known as the 
(Click to select)
 , plays a role in regulating the length of each breath and switching between inspiration and expiration.
Over-inflation of the lungs is prevented by the 
(Click to select)
 .
Monitoring CO₂ levels by detecting pH of the CSF is the function of 
(Click to select)
 , which provide the primary sensory input leading to the regulation of the rate and depth of breathing.
Information from chemoreceptors is sent to the 
(Click to select)
 , which is then relayed to the ventral respiratory group for possible adjustments on the rate and depth of breathing.

Added by Destiny S.

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