What is the primary plate function?

Plates are specialized cells that are important blood ingredients. The primary function of the pads is to prevent excessive or external bleeding after injury. Plates help temporarily seal the wound instead of tearing away from other platelet and adhered to the exposed damaged edges of the blood vessels. The process by which the plates stops is adhered to the walls of the container to stop the bleeding is known as hemostasis. When an individual experiences an abnormally high or low number of plates due to one of several blood disorders, emergency conditions such as bleeding or excessive clotting may occur. When the blood flows through the container, light plates are forced to the perimeter of the bloodstream, surrounding other blood cells and establish contact with the walls of the blood vessels. Normally, the plates easily slide along these walls, known as the endothelium. When cut, hallmark, scratching or internal injury causes the endothel to tear, but the plates work to clot blood and prevent it from preventing continuousLeaving the wound.

The primary function of the pads is to stick to exposed endothelial cells and provide a barrier against excessive blood loss. The plates first disintegrated and follow the exposed areas where they bind with a chemical called fibrinogen. This synthesis creates protein fibrin, which forms a small, almost fiber limit that prevents blood flow through the wound. The seal created by fibrin eventually dries and solidifies and leaves the rattle or bruise. Many different vitamins and minerals are important to ensure the effective function of pads and fibrin synthesis, including calcium, vitamin A and vitamin K.

Blood coagulation is an absolutely necessary process in preventing potentially serious or even life -threating conditions. The abnormal function of the pads can contribute to thrombosis, which is excessive clotting or bleeding drastic blood loss by exposed wound. Hemostasis can be disturbed when a certain VRThe rinse or acquired conditions affect the function or production of plates.

An individual with an unusually high number of plates, a condition known as thrombocytosis, is at risk of excessive blood clotting on the limbs or in the brain. The clots prevent blood flow and prevent oxygen from entering the brain, which can lead to strokes or permanent brain damage. Low number of plates, called thrombocytopenia, can cause bleeding and spontaneous bleeding from the skin or nose. When thrombocytosis or thrombocytopenia is detected over time, doctors can prescribe medicines and treat the basic causes of renewing normal pad function.