Well, first of all they're called the Alveoli. Alveoli are tiny sacs in the lungs that perform gas exchange. That is the main process of respiration where the body gets rid of carbon dioxide and picks up oxygen which is used in metabolism. They have supply of oxygenated and de-oxygenated blood surrounding their surface giving them a high blood supply. They also have thin walls and a moist surface. This is all required for them to work correctly.
The avioli.
If "avioli" is a typo for "ravioli," then ravioli is a type of pasta filled with meat, cheese, or vegetables and sealed between two layers of thin pasta dough.
The avioli
Between the avioli and the lungs.
the avioli
Pneumonoultramicroscopicsiliconiosis is the rare disease in which volcanic silica ash gets lodged in the avioli of the lungs.
The alveoli are small air sacs in the lungs where oxygen is taken up by the blood and carbon dioxide is released from the blood into the lungs to be exhaled. This gas exchange process is essential for respiration and providing oxygen to the body's tissues.
Avioli increase the effective surface area which the body uses to transfer gasses to outside the body.
the avioli in your lungs carry oxygen to blood cells. Blood then carries the oxygen to other parts of the body viz veins and arteries.
Its the little avioli or alvioli inside of your lungs, these allow us to breathe in clean air and out co2. When these get damaged from smoking, drugs etc our breathing becomes very bad and this can lead to throat cancer, if these things ever get soooo damaged it could kill us, and shorten our life span.
The mouth and nose serve to bring air in and out of the body. The trachea brings air from the nose and mouth to the lungs and vice versa. The lungs hold the bronchi which are groups of avioli .The alvioli serve as docking stations where blood cells can exchange co2 for oxygen they take to the rest of the body.
Carbon monoxide. This gas is taken up preferentially by the avioli of the lungs and does not contribute it's oxygen to the process of respiration. So, asphyxiation follows id concentrated CO is present in the immediate atmosphere.