Clot Management Devices are Used to Treat Clots that are Formed in the Body due to Invasive Surgeries and Post-surgical Inactivity

Clot Management Devices
Clot Management Devices

The mechanism of blood clot formation is complex. The body's response to blood clots is influenced by several factors. In general, a person becomes immobile after a traumatic injury, causing blood to accumulate in the veins. Stamped blood forms small clumps along the walls of the veins. Eventually, the initial thrombus can grow to block the vein or completely block it. For instance, in August 2021, the U.S. 

Centers for Disease Control and Prevention (CDC) reported that nearly 100,000 fatalities in the U.S. are due to venous thromboembolism (VTE), a blood clot formation in the deep veins. Hydrodynamic stress activates key clotting polymers. Clot Management Devices determine the size, shape, and rate of growth of the clot. The exact mechanisms of clotting are still not fully understood, but the basic principles have been identified. Researchers are now exploring their role in vascular clotting.

The first step in using clot management gadgets is to activate the immune system. The immune system releases a substance called prothrombin activator, which stimulates the conversion of the plasma protein fibrinogen to fibrin. Once the blood clots, the erythrocytes enlarge, forming a polyhedral plug that traps blood cells, platelets, and other molecules. The clot grows quickly and stops the bleeding.

After the immune system triggers clotting, the Clot Management Devices display the blood clotting factors or thrombin. This hormone converts fibrinogen, which is normally dissolved in the blood, into fibrin. When this happens, the fibrinogen forms a net-like network of platelets called fibrin. The net of platelets will add bulk to the developing clot and help it stay in place. Once the clot has formed, the care team will determine how to remove it and prevent it from recurring.

Among all the products on the market, clot management gadgets are widely used for coronary thrombosis, peripheral artery thrombosis, and periphery artery stents. Using Clot Management Devices in these medical settings is essential for preventing heart attacks, strokes, and severe leg pain. By eliminating blood clots in the arteries, a patient can prevent these health problems before they start.

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