The anatomy of the airways

Our respiratory system is working in close contact with the circulation to keep our body with oxygen, which for them the tasks which it must do to complete given us full of energy and good health. To perform the transfer of oxygen from the air to blood, and the transfer of carbon monoxide from the blood to exhaled air, our lungs consist of many different parts that perform all work together to these tasks.

The respiratory system consists of our airways and lungsthemselves. First, air enters our body through our nose or mouth. If it comes through the nose, it goes through the nasopharynx, but if it comes through the mouth, it goes through the oral pharynx. Next the air moves into the pharynx, the glottis. This is the door, the entrance into the lungs affects food and water from getting trapped in the lungs. After passing into the trachea, the air goes into the lungs.

The lungs are complex structures that result fromdifferent levels of the tissue. When we in the trachea, the air passage divides into right and left bronchi. The bronchial tubes in many different branches, including small groups, divided at the end of air sacs called alveoli. Because that's when experiencing the actual exchange of gases, the alveoli are tiny, so that oxygen and carbon dioxide pass back and forth through the thin membranes on the blood.

Given the tiny size of alveoli, and the need to enable parents toan average of 300 million euro from the bags in their lungs. If created, the area would almost constitute a single-size tennis court. Nevertheless, they make about 80 times the area of the skin.

The actual breathing itself is controlled by the negative pressure in the chest cavity. This cavity holds the heart and lungs, and it is cordoned off from the rest of the body through the diaphragm. It is lined by the pleura, and lymph nodes but a lubricating fluidto keep all these membranes from rubbing against each other painfully.

We breathe out when our intercostal muscles contract, lifting our chest upwards. In addition, the diaphragm moves downward. This increases the pleura between the lungs and chest, that they expand to fill the space. This sucks air in. When the muscles relax, allowing the pleural space back to its resting size, pushing the carbon dioxide from the lungs during exhalation.

Because of theThe delicate structure of the lung, it can easily go wrong and affect our ability to breathe. When we inhale asbestos fibers, they can cause serious damage to our lungs, because it can cause lung cancer, mesothelioma, pleural plaques, pleural effusion, and asbestosis.

If you or someone you know has been through an asbestos-related diseases are concerned, you should contact an attorney today to talk about your options for a possible financial compensation. For more information, you speakAsbestos lawyer by Williams Kherkher today.