Nose function:
Entering the air after it has been filtered, moistened and heated.
Configuration:
It is built of twisted pockets to increase the contact surface between air and nose.
These sinuses produce mucous secretions that moisturize the air when it enters.
The air passing through the nose is heated due to contact with the mucous fluid and due to the large number of blood vessels in the nose, the air reaches the lungs at about 35 ° C.
It has small bristles that prevent strange particles such as dust from entering the body. The mucous fluid leads to the adhesion of dust in the capillaries so that the dust does not enter the body.
Also, the mucus contains antibacterial substances which makes it the first line of defense of the body.
Entering the air after it has been filtered, moistened and heated.
Configuration:
It is built of twisted pockets to increase the contact surface between air and nose.
These sinuses produce mucous secretions that moisturize the air when it enters.
The air passing through the nose is heated due to contact with the mucous fluid and due to the large number of blood vessels in the nose, the air reaches the lungs at about 35 ° C.
It has small bristles that prevent strange particles such as dust from entering the body. The mucous fluid leads to the adhesion of dust in the capillaries so that the dust does not enter the body.
Also, the mucus contains antibacterial substances which makes it the first line of defense of the body.
Labels
respiratory device