Sequencing The Inspiration Process On Chest Breathing, Here's The Explanation

Sequencing the inspirational process in chest breathing. (Pixabay)

YOGYAKARTA - The chest breathing mechanism involves muscles located between the ribs. This mechanism is slightly different from the breathing of the stomach which is more intense in the use of the diaphragm, namely the muscles separating the chest and abdomen cavities. In this article, the order of the inspirational process in the chest breathing will be discussed.

When breathing, humans breathe oxygen and exhale carbon dioxide. In 1 cycle of breath, the oxygen we breathe will be processed by various respiratory organs and distributed throughout the body.

Before we discuss the chest breathing mechanism, we should identify the organs that play a role in the respiratory system. These organs are as follows:

Chest breathing involves several muscles between ribs (intercostal stars) that lift and expand the chest cavity when we inhale. This type of breathing is more common when doing light to moderate physical activity, such as walking or talking.

The breathing organs mentioned above work together to assist the gas exchange process which is at the core of the breathing mechanism. Below are the stages in the chest breathing process in humans:

When it takes a breath, the diaphragm and muscles between the ribs will contract and move the ribs up and forward, so that the chest cavities broaden. This condition will provide room for the lungs to expand.

Air that enters through the nose or mouth will be channeled into the throat, then into the trakea, and into the lungs. After passing through the bronkus and bronoplus, the air will flow to the alveoles.

After passing through the alveoles, oxygen will be channeled into the capillary blood vessels. It was at this location that the gas exchange took place.

In capillary blood vessels, oxygen will be confined to proteins in red blood cells called hemoglobin. At the same time, the carbon dioxide produced by cells will be brought back to the lungs, mostly in the form of bicarbonates in the blood plasma, and the rest will be transported by red blood cells.

Red blood cells that contain a lot of oxygen continue their journey to the left side of the heart through a pulmonalis veins. Furthermore, the heart pumps blood rich in oxygen throughout the body. This activity allows oxygen to spread throughout the body's cells.

Body cells will use oxygen to produce energy. The final result of the metabolic process of this cell is carbon dioxide.

Carbon dioxide will be channeled by red blood cells to re-enter the alveoles through the capillary blood vessels. Then, carbon dioxide will be removed from the body when taking a breath.

When taking a breath, the diaphragm and ribs will relax again and the chest cavity will shrink as before. This condition is followed by the lungs that have collapsed again.

At the same time, the air filled with carbon dioxide flows out of the lungs through the throat, then comes out through the nose or mouth.

The mechanism of chest breathing or the way of everyday breathing is often not realized because breathing is a natural process that continues continuously. However, behind it there is a complex process that involves many organs in the respiratory system.

That's a review of the order of the inspirational process in chest breathing. Hopefully useful! Visit VOI.id to get other interesting information.