A needle
Surface tension from pleural fluid, positive pressure, and atmospheric pressure on the thorax.
A large needle is inserted through the chest wall into the lung and the fluid is suctioned away.
the natural tendency for the lungs to recoil and the surface tension of the alveolar fluid
Yes. A dieuretic will remove water from all over the body and will help remove water from the lungs.
Your lungs are placed in the thorax. Your thorax or chest expand and contract. So that your lungs get and gives air. This happens simultaneously. So the lungs work together.
water and oxygen
heart and lungs
Heart and lungs
This serosa covers the thorax cavity, the heart, and the lungs. It gives the lungs a libricant, allowing them to move easily over the thorax wall.
Yes. The thorax is a body division. In humans the thorax lies between the neck and the abdomen. It houses the heart and lungs.
Mediastrium between the lungs
No. The respiratory system consists of 70 % water and so does the body. oxygen and carbon dioxide is exchanged in the lungs through the aveoli in the lungs. your entire body has a circulatory system that is linked to the lungs to supply oxygen to the entire body through the blood from the lungs and your lungs contain fluid and blood is a portion of that fluid and you cannot live without blood or fluid in the body Answer no. the respiratory system consists of 70 % water and so does the body. oxygen and carbon dioxide is exchanged in the lungs through the aveoli in the lungs. your entire body has a circulatory system that is linked to the lungs to supply oxygen to the entire body through the blood from the lungs and your lungs contain fluid and blood is a portion of that fluid and you cannot live without blood or fluid in the body.