To The Rescue Synthetic Platelets Clot Blood Eurekalert

To The Rescue Synthetic Platelets Clot Blood Eurekalert Cross section of clot after femoral artery injury and injection of c6 labeled synthetic platelets. blue, dapi labeled nuclei of smooth muscle and endothelial cells; green, c6 from synthetic. To the rescue: synthetic platelets clot blood faster (1 of 2) reports and proceedings. american association for the advancement of science (aaas).

To The Rescue Synthetic Platelets Clot Blood Eurekalert An informal conversation with one of the authors, dr. erin lavik. this video relates to an article that appeared in the dec. 16, 2009, issue of science translational medicine. the study, by dr. This is where a new synthetic replacement could come in. researchers have developed a two component system that targets internal injuries without causing any unwanted damage of its own. the two components match the body's platelets (cell fragments that trigger clotting) and fibrinogen (a protein that helps clots to form). so far, the synthetic. Brown and her research team have been testing the synthetic platelets in a variety of animal models, and so far the results have been positive. in mice with liver injuries, the synthetic platelets went directly to the injury site and had the lowest levels of blood loss when compared to mice given normal platelets or a control solution of saline. These artificial blood platelets could one day save lives. platelets help blood clot, but they have a short shelf life. with blood in short supply, synthetic platelets could help meet demand.

To The Rescue Synthetic Platelets Clot Blood Eurekalert Brown and her research team have been testing the synthetic platelets in a variety of animal models, and so far the results have been positive. in mice with liver injuries, the synthetic platelets went directly to the injury site and had the lowest levels of blood loss when compared to mice given normal platelets or a control solution of saline. These artificial blood platelets could one day save lives. platelets help blood clot, but they have a short shelf life. with blood in short supply, synthetic platelets could help meet demand. This new effort centers on the creation of next generation, platelet mimicking nanoparticles. these particles help generate a protein mesh that acts as a natural netting to stabilize blood clots and help stop bleeding. if proven safe and efficient in clinical trials, the technology would bolster the scientists’ advances in a decade long. Biomedical researchers at case western reserve university report that their latest innovation in developing synthetic platelets could help save lives by rapidly stabilizing clots to reduce blood loss from traumatic injuries. this new effort centers on the creation of next generation, platelet mimicking nanoparticles.