New Blood Clot Detection System Could Save Lives Rmit University Supervisor professor gary rosengarten from rmit’s school of engineering said the project was a team effort involving several students led by papadopoulos. “we hope to commercialise the technology, so it can help save lives in the future,” rosengarten said. the blood clot detection system was presented at engenius 2020, rmit’s annual. Mit engineers have designed a two component system that can be injected into the body and help form blood clots at the sites of internal injury. these materials, which mimic the way that the body naturally forms clots, could offer a way to keep people with severe internal injuries alive until they can reach a hospital.
New Blood Clot Detection System Could Save Lives Rmit University “we hope to commercialise the technology, so it can help save lives in the future,” rosengarten said. the blood clot detection system was presented at engenius 2020, rmit’s annual event showcasing final year engineering students’ projects and products. Our research drives innovation in a diverse range of industries including health, defence, transport logistics, disaster management, computing, wireless and optical communications and networking and personal electronics. electronic and telecommunications engineering at rmit encompasses many key research areas including: integrated photonics for. Finding ways to stop the bleeding can extend that window, potentially saving lives. the mit team has now developed a synthetic system that could be injected by first responders to stem internal. The grants are among $5m in funding for 10 research projects handed out to seven universities and more than 100 post graduate engineers across australia. rmit received funding for more projects than any other university. story: jasmijn van houten. three rmit research projects have been awarded grants totalling over $780,000 to modernise the.
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