The Silver Nanoparticles To Prevent Blood Clots
India - The team of Dr. Dash of Banaras Hindu University in Varanasi has discovered an alternative to aspirin and other anticoagulants in preventing the formation of blood clots. A discovery size in the treatment of coronary heart disease, heart attack and stroke. Their study involves particles of silver which is about 1/50,000th the diameter of a human hair — that are injected into the bloodstream.
Although the silver nanoparticles have already shown their antibacterial properties, the team of Dr. Dash noted in laboratory tests their ability to prevent clotting. To Dr. Dash, this discovery is innovative because the properties of silver nanoparticles were previously unknown.
The nanoparticles have indeed the capacity to prevent the cohesion of platelets and thus the formation of blood clots. Tests have shown that injection of these silver nanoparticles could be reduced by nearly 40% rate of bleeding without apparent side effects.
A blood clot located in a vein or artery can cause a heart attack or embolism or a stroke if the clot migrates to the lungs or brain.
The silver nanoparticles are already used as an antibacterial agent in some toothpastes, socks absorbing odors or filtration systems water.
India - The team of Dr. Dash of Banaras Hindu University in Varanasi has discovered an alternative to aspirin and other anticoagulants in preventing the formation of blood clots. A discovery size in the treatment of coronary heart disease, heart attack and stroke. Their study involves particles of silver which is about 1/50,000th the diameter of a human hair — that are injected into the bloodstream.
Although the silver nanoparticles have already shown their antibacterial properties, the team of Dr. Dash noted in laboratory tests their ability to prevent clotting. To Dr. Dash, this discovery is innovative because the properties of silver nanoparticles were previously unknown.
The nanoparticles have indeed the capacity to prevent the cohesion of platelets and thus the formation of blood clots. Tests have shown that injection of these silver nanoparticles could be reduced by nearly 40% rate of bleeding without apparent side effects.
A blood clot located in a vein or artery can cause a heart attack or embolism or a stroke if the clot migrates to the lungs or brain.
The silver nanoparticles are already used as an antibacterial agent in some toothpastes, socks absorbing odors or filtration systems water.
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