What is a conductive zone?

The conductive zone is part of the airways responsible for moving air to the lungs when removing particles. It receives air from the nose and mouth that filters and warms it before it points to the respiratory zone where there is a real gas exchange. In this process, oxygen in the air is traded with carbon dioxide from the blood and re -seoxgensted blood to circulate the body. Each part of the respiratory tract performs basic functions and can be vulnerable to different types of health problems. They disintegrate into individual bronchioles, at this point the air passes into the respiratory zone. The tissues in the conductive zone are lined with small hair known as cilia that beat up to force the particle materials up and out of the airways. In addition, mucus -producing cells form a mucus layer of particle traps to make them more easily captured and removed.

Two separate functions perform a conductive zone. One of them isFurther air filtration. Organisms could infect lungs or air passages, which would potentially create a serious problem for the patient. Most of them can be captured and removed in this area, reducing the chances that someone will develop an infection and have clear airways. Any remaining organisms may not be present in a sufficiently large number to grow and spread, or can be cleaned by the immune system.

Air particles can also potentially cause problems. They can irritate the airways and can cause allergic reactions or become built -in and potentially form lesions. Long -term exposure to certain particles can also contribute to the development of cancer in the lungs and airways. The conductive zone works to keep Air clean and clear so that people can breathe safely.

In addition, it allows the air to pass into the lungs and maintain a stable supply of oxygen for blood while directing waste products after exhalation. Coordinates conductive zones with the rest of the respiratory tract, andthe patient would oxygenic blood. This involves working with the digestive tract to control the esophagus and trachea to reduce the risk of inhalation of food products or air swallowing. Muscle control, automatic reactions and nerve signaling play a role in maintaining respiratory and digestive tracts smoothly.