Platelets and fibrin are the two main components of blood that work together to form blood clots. Platelets form a plug at the site of injury, while fibrin forms a mesh to stabilize the clot and stop bleeding.
The same process that creates problem blood clots leading to strokes are the same helpful processes that stops bleeding from a cut. The body sends platelets to the area. Platelets create a sticky cohesion between blood components and red blood cells. Macrophages rush to the area to begin cleaning up debris. The bleeding is stopped with the clot; healing begins. In a problem clot inside a blood vessel, the platelets' stickiness attacts more red blood cells. The blood components in the blood stream get caught against the clot, making it thicker. If the clot dislodges, it can travel to the heart or brain. Luckily, with a cut, the body reabsorbs the platelets and red blood cells that stuck together to make the clot. Soon, the clot is gone, the skin heals.
When blood components called platelets are activated, they start a chain reaction that leads to the formation of fibrin. Fibrin forms a mesh that traps red blood cells and platelets to create a blood clot.
The liver
the clot the blood to make it thicker
An embolus is a wandering blood clot.
its blood that's got alot of clot
A blood clot in your cheek is life threatening and you would have to have surgery for the clot to be removed.
Thrombus in medical terms means blood clot.
stationary clot is called a thrombus or a blood clot.
No. Type O blood does not have the surface antigen that Type A antisera binds to. Only type A blood will clot when type A antisera is added.
it is a blood clot