There are the intrinsic and extrinsic pathways in clotting. The intrinsic pathway is initiated when blood comes in contact with damaged endothelium or collagen, and involves clotting factors XII, XI, IX, and VIII. The extrinsic pathway is activated when being exposed to tissue factor from tissue injury or the addition of thromboplastin to blood, and involves clotting factor VII. The two pathways meet at the point of clotting factor X activation to lead the final common pathway. From here, factor X is converted to prothrombin, prothrombin to thrombin, thrombin to fibrinogen, fibrinogen to fibrin, and finally fibrin to fibrin clot. Platelets, activated by thrombin, adhere to the damaged endothelium wall or collagen to form a plug. At the same time, they activate clotting factors VII and X. More platelets are stimulated by fibrin clots, resulting in reinforcing the formed clots.
Platelets help with blood clotting
The chief plasma component to the clotting of blood is the platelet. The additional components include blood clotting factors.
Red blood cells do not initiate clotting. Platelets initiate clotting.
Hemophilia
Plasma is the liquid component of blood. It does not cause the clotting. The part of blood that causes clotting are the platelets.
Platelets are important for blood clotting. Along with these platelets there are various blood clotting factors which helps to clot the blood.
Vitamin K is responsible for blood clotting. Or is it responsible for clotting blood? Whatever way you want to say it, it's vitamin K. :)
Hemophilia is a genetic blood clotting disorder.
we can say that blood clotting is a function of blood because plasma is involved in blood cloting and plasma is a consituent of blood.
Yes, whole blood contains clotting factors such as fibrinogen, prothrombin, and platelets that help initiate the blood clotting process.
protein does not cause blood clotting but the platelets in the blood does.
Platelets or blood clotting proteins cause blood to clot.