High-speed device triggering footage. Shot on a Phantom v1612 (FPS = 8000, aperture time = 120 µs, Extreme Dynamic Range (EDR) = 60 µs). Inspired by the diverse attachment organs of parasites, ...
The new device, which resembles a Star Trek style tricorder, has been developed by researchers at UBC’s Okanagan campus. At the heart of the device is a small and easy to manufacture biosensor. The ...
A medical student hopes her award-winning invention for detecting a deadly water parasite could save thousands of people from the risk of infection. Kathryn Thomas, 21, from Berkshire, said the system ...
High-speed device triggering footage. Shot on a Phantom v1612 (FPS = 8000, aperture time = 120 µs, Extreme Dynamic Range (EDR) = 60 µs). Disclaimer: AAAS and EurekAlert! are not responsible for the ...
A Heriot-Watt scientist has worked with colleagues at the University of Edinburgh's Roslin Institute to develop a method to detect a deadly oyster parasite without harming the shellfish. The European ...
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