Platelets form a clot at the site of a cut.
Platelets help heal your wound, the scabs that form are the platelets
Platelets (also known as Thrombocytes) circulate in the blood (of mammals) are involved in hemostasis, leading to the formation of blood clots.Platelets also keep the body from bleeding in weaker structures including the nose and mouth.
New skin ! If you cut yourself, the body despatches loads of platelets to the wound site to stop blood oozing out - which form the scab. This is a barrier to stop infection getting into the cut. Underneath the the scab, the body sets to work forming new skin and blood vessels to repair the cut.
platelets form blood clotting, so when a performer has an injury, such as a cut or graze, platelets in the blood form fibres and (blood clots, preventing blood flow) and a scab is formed over the wound to prevent infection.
Platelets, which are produced in the bone marrow act to form clots and stop bleeding at the site of a wound. Calcium, vitamin K, and the protein fibrinogen work with the platelets in the formation of a clot. The platelets and fibrinogen allow for the formation of fibrin which makes a web-like mesh at the wound site trapping blood cells within in. This then hardens and eventually becomes a scab.
Platelets help form blood clots when a blood vessel is injured. They are found in the bone, where they are then released to go help patch up your wound. Therefore, you're answer is: inside your bones.
Platelets in the blood will bind together to form a fiber over the wound and clot the blood.
Platelets are cell fragments which are an important part of blood clotting. Similarly to red blood cells, they don't have a nucleus, but they are a lot smaller than red blood cells. When there are too few platelets, wounds don't close as well and you bleed more. Conversely, when there are too many, your blood clots too easily and blood clots might form without there being a wound - leading to thrombosis. However, the range of platelet counts that are healthy is very large, unlike for other blood cells. If you're on the lower end, somebody with five times as many platelets as you might still be perfectly healthy. How they work: When a blood vessel is injured, blood comes into contact with the protein mesh underneath the vessel wall. This mesh contains collagen. Blood contains platelets, but also a protein called Von Willebrand Factor (VWF), which sticks to collagen. Once it is stuck down, VWF itself becomes sticky for platelets which are also in the blood. This way, VWF becomes like glue stripts for platelets to stick onto an injury. This causes platelets to activate and stick to each other, forming a plug over the injury. There are more details to what platelets do, but this is their main function.
Platelets help defend the body from bacterial pathogens. By keeping infection out, they are able to help us stay healthy.
The part(s) of blood that clot blood are platelets. Platelets AND plasma proteins are responsible for clotting blood. The particular plasma protein responsible for clotting blood is fibrinogen. When you cut yourself or get a scrape or what have you, fibrinogens form long fibers that make long strands of fibrin. Fibrin, along with platelets, all clump together to form clumpy clots of blood help seal a wound. Amazingly, platelets also have within them somethings called actin and myosin which act kind of like natural stitches to pull the edges of the severed vessels back together and close small wounds. Of course simple little platelets and fibrinogen aren't enough for a big wound, for that, stitches are the best thing.
Blood clotting is very important in helping prevent further blood loss through a wound. When exposed to air, platelets react with fibrinogen that form a mesh-like structure on the wound through the help of calcium and vitamin K.
Platelets release proteins that form clots and decrease bleeding.