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Normal intracranial hemorrhage appears as a relatively high-density shadow on CT, while it appears as a relatively low-density shadow when hemorrhages in the abdominal and thoracic cavity.
Normal intracranial hemorrhage appears as a relatively high-density shadow on CT, while it appears as a relatively low-density shadow when hemorrhages in the abdominal and thoracic cavity.
First of all, let's start with why the thoracic cavity and abdominal cavity are usually not coagulated when bleeding, while the bleeding of other tissues is usually a coagulated blood clot
Why is intra-abdominal bleeding not clotting? Why is intra-abdominal bleeding not clotting?
Due to the activities of the lungs, heart and diaphragm, the fibrin is removed and deposited on the surface of the viscera and parietal pleura to form rough gray-yellow fibrous membranes, so the blood in the pleural cavity generally does not coagulate
Due to the activities of the lungs, heart and diaphragm, the fibrin is removed and deposited on the surface of the viscera and parietal pleura to form rough gray-yellow fibrous membranes, so the blood in the pleural cavity generally does not coagulate
Abdominal cavity noncoagulation is an important indicator to identify internal bleeding
Abdominal non-coagulation is an important indicator to identify internal bleeding
When cerebral hemorrhage occurs, blood comes out of the ruptured blood vessel and forms a blood clot outside the blood vessel.
When cerebral hemorrhage occurs, blood comes out of the ruptured blood vessel and forms a blood clot outside the blood vessel.
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Because the blood clot in the abdominal cavity is quickly dissolved by respiratory movement and intestinal peristalsis
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Blood clots in the brain and liver can remain stable for a relatively long time
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