A needle
Surface tension from pleural fluid, positive pressure, and atmospheric pressure on the thorax.
the natural tendency for the lungs to recoil and the surface tension of the alveolar fluid
The pleural fluid reduces the friction between the lungs and the walls of the thorax by lubricating the pleural surfaces. This fluid allows the lungs to move smoothly during respiration without causing friction or resistance.
Yes. A dieuretic will remove water from all over the body and will help remove water from the lungs.
The watery fluid that lubricates the membranes forming the inner lining of the thorax is called pleural fluid. It helps decrease friction between the layers of the pleura to facilitate smooth movement of the lungs during breathing.
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.
Mediastrium between the lungs
Fluid is typically removed from the lungs through a process called drainage or suctioning. This can be achieved through medical interventions like the use of a chest tube or medications to help the body reabsorb the excess fluid. In some cases, supplemental oxygen may also be given to help alleviate breathing difficulty caused by fluid accumulation.