The smallest part of your blood that regulates bleeding is called platelets. At the location of an injury, platelets clump together to create a clot that stops the bleeding.
Known by another name, thrombocytes, or platelets, are little blood components that aid in clotting. Your body uses platelets, a natural bandage, to halt bleeding.
are special blood cells that serve a crucial purpose. Because platelets regulate blood clotting, they are essential for mending wounds and halting bleeding.
An excessive bleeding risk may arise from a low platelet count. Having an excessive number of platelets in your blood is also possible. This results in abnormal coagulation leading to a potentially fatal disease.
Also Read: White Blood Cell, Types, Function, Range and More
Both your spleen and blood contain platelets. Platelets, red and white blood cells, and plasma make up whole blood. Because platelets are the lightest part of whole blood, they are drawn to the blood channel walls where they allow plasma and blood cells to pass through the middle, assisting platelets in reaching the site of injury as soon as possible to stop bleeding.
Also Read: Blood Cell, Types and Functions
Little, colorless fragments of cells are called platelets. The word "platelets" comes from the shape in which they originate. Your platelets stick to your blood arteries because of the sticky proteins on their outside. Platelets stretch filaments that resemble a spider's legs when they are actively clotting. To seal the wound and halt the bleeding, these legs come into contact with the broken blood vessels and other clotting components.
Together with red blood cells (44% total volume), plasma (55% total volume), and platelets (1% total volume) make up your whole blood. Your body contains one platelet for every 20 red blood cells. Tens of thousands of platelets are contained in a single drop of blood.
Your bones' soft tissue, or bone marrow, is where platelets are formed. Platelets are produced by the biggest cells in your bone marrow, called megakaryocytes.
Your doctor will take a sample of your blood from a vein for a complete blood count (CBC), which counts the number of white blood cells, red blood cells, and platelets in the sample. Adults typically have between 150,000 and 450,000 platelets per microliter of blood. A level of more than 450,000 or less than 150,000 would indicate a higher risk of platelet-related illnesses.
An abnormal platelet count can occur in one of two conditions:
Thrombocytopenia: Excessive bleeding and bruising can result from a low platelet count.
Thrombocytosis: Abnormal blood clotting may result from a high platelet count.
Your platelet count is very high because of aberrant cells in your bone marrow. It is uncertain why aberrant cell formation occurs.
The following are possible reasons for low platelet count:
In most situations, low platelet counts can be improved by treating underlying medical issues.
The following are typical signs of platelet disorders:
The following tests determine the condition of your platelets:
Complete Blood Count: A blood test determines the quantity of platelets and blood cells that are in circulation throughout your body. This exam assesses your general well-being and can identify a variety of illnesses.
Platelet Count: To determine the number of platelets in a sample of your blood taken for a complete blood count, your healthcare professional will use that sample.
Bone Marrow Biopsy: To assess the condition of the cells in your body that produce platelets, your doctor will take a sample of your bone marrow.
Treatments for platelet disorders often involve:
Your healthcare professional will suggest a treatment plan to address your health condition if your blood platelet count is excessively high. The following are some ways to lower your blood platelet count:
There are no particular lifestyle modifications that can raise your platelet count. Treating underlying medical disorders and collaborating closely with your healthcare professional to determine the most suitable treatment plan for your body is the optimal course of action.
You can maintain the health of your blood platelets by:
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