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surfactant
Serous membranes line body cavities that do not open directly to the outside, and they cover the organs located in those cavities. Serous membranes are covered by a thin layer of serous fluid that is secreted by the epithelium. Serous fluid lubricates the membrane and reduces friction and abrasion when organs in the thoracic or abdominopelvic cavity move against each other or the cavity wall. Serous membranes have special names given according to their location. For example, the serous membrane that lines the thoracic cavity and covers the lungs is called pleura.
Serous fluid is secreted by membranes the line the body cavities, such as the pleura and peritoneum.
Serosa is a serous membrane that secretes serous fluid, adventitia does not.
serous fluid
surfactant
surfactant
Surface Tension is technically what hods the membranes together. Not sure how technical you are going.
True; produced by Type II pneumocytes
Serous membranes line body cavities that do not open directly to the outside, and they cover the organs located in those cavities. Serous membranes are covered by a thin layer of serous fluid that is secreted by the epithelium. Serous fluid lubricates the membrane and reduces friction and abrasion when organs in the thoracic or abdominopelvic cavity move against each other or the cavity wall. Serous membranes have special names given according to their location. For example, the serous membrane that lines the thoracic cavity and covers the lungs is called pleura.
The visceral membrane is a type of serous membrane, which covers the outer layer of organs (such as the intestines). It secretes small amounts of a serous fluid, which reduces friction between organs and other structures.
Surface Tension happens
Serous fluid is secreted by membranes the line the body cavities, such as the pleura and peritoneum.
Serous fluid in the peritoneal cavity provides lubrication for the organs.
it's attraction force that attract the surface of fluid toward under
Cohension; surface tension
Mainly fluid therefore they conform to surface tension