The liver
Proteins involved in the blood clotting process form a barrier to stop the blood loose from injury. there are various blood clotting factors, thrombin, and fibrin are all involved in the biochemical cascade to make the fibrin clot at the end. They generally activated by each other from its precursor protein such as prothrombin, fibrinogen.
the clot the blood to make it thicker
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.
Yes, smoking affects blood clotting by making the blood more likely to clot. It increases the risk of getting a deep vein thrombosis. Smoking increases fibrinogen in the blood and also increase the levels of factor X111 which stabilizes the clot.
Blood does not mix with water because blood is thicker and more dense then water. That is why if you put both in a container the blood will sink to the bottom and the water will rise to the top.
It's not a blood cell. It is platelets. They clot due to blood loss from damaged blood vessels
The three organs or tissues that make up the cardiovascular system are the heart, blood vessels, and blood.
I always thought it was a blood clot that forms and make the area red around a wound and also i read that the blood clot forms to seal the wound in a metter of time.
That would be the same organs as in humans. That would be the heart, blood vessels, and blood.
Organs don't make blood. Cells make blood and the heart pumps it through your body. Hope that helped!!
If you are a hemophiliac (a genetic disorder) your blood will not clot. Also certain medicines such as Warfarin or Heparin will act as anticoagulants and prevent blood from clotting. People undergoing chemotherapy for cancer also have problems with blood not clotting due to a reduction in the number of platelets present in the blood.
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.