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Clinicians and engineers from the University of Maryland have achieved an impressive feat: delivering the kidney from a donor via a drone, a kidney that was then implanted in a lucky patient. It may seem that once you have figured out how to deliver something with the help of a drone, other objects of similar size and weight would also be easy to carry. This is not the case when you move human organs.
The organs and the environment in which they are transported must be constantly monitored during all phases of transport. The temperature, vibrations and even the barometric pressure of the organs must be limited. The other thing is that you do not want to lose something as precious as an organ that is saving a life, that is to say it must be delivered safely and before losing its viability.
To solve these problems, the University of Maryland team built a highly redundant drone with an additional set of engines, propellers and a backup battery, if applicable, in case of failure of one of the main components in flight. The box containing the organ is full of sensors that continuously transmit their readings to people on the ground. The GPS shares the location of the drone throughout the flight.
"This historic flight represents not only a technological breakthrough, but also an exemplary demonstration of how engineering know-how and ingenuity serve the needs of the human being – in all its aspects. 39, occurrence, the need to improve the reliability and efficiency of the provision of organs Darryll J. Pines, Ph.D., UMD, dean of the faculty of engineering of the University of Maryland and professor of aerospace engineering. "As incredible as this breakthrough is from the engineering point of view, its purpose is broader. It's not about technology; it is about improving human life. "
Here is a video report from the University of Maryland on this achievement:
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Via: University of Maryland …
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