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Label Gas Exchange & Transport

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Label the gas exchange and transportation process in alveoli.

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Label Gas Exchange & Transport
 

Label Gas Exchange & TransportOnline version

Label the gas exchange and transportation process in alveoli.

by Jose Zuniga
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Explanation

serves as the primary site of gas exchange (O2) and (CO2) between the lungs and blood.

The alveoli inflate like balloons as oxygen enters and deflate as carbon dioxide is expelled.

The elastic fibers in the alveolar walls cause them to spring back and deflate, pushing the carbon dioxide-rich air out.

Red blood cells squeeze through these capillaries one by one. This narrow passage slows down the flow and aligns the cells with the air sacs, maximizing the time and surface area for diffusion.

The membrane normally prevents liquid from entering the air sacs; if it fails, it can lead to pneumonia or pulmonary edema.

The alveoli and surrounding capillary network form a microscopic, highly efficient gas exchange surface in the lungs.

Oxygen naturally flows from high concentration (alveoli) to low concentration (capillaries).

Red blood cells squeeze through these capillaries one by one. This narrow passage slows down the flow and aligns the cells with the air sacs, maximizing the time and surface area for diffusion.

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