Researchers at the Chinese University of Hong Kong (CUHK) have developed a corkscrew-shaped microrobot that can swim through blood vessels and help drugs unblock clots more effectively.
CUHK's Li Zhang said the robot's helical structure mimics a propeller's to enable drug delivery, while non-drug payloads also are possible.
The researchers employ magnets to rotate the robot's rotor and to drag it through a blood vessel, while Doppler tracking guides its path by reflecting sound waves off blood cells.
Said Pierre Gélat of University College London, “The ability that they have to steer the robot in in-vitro environments is quite nice. The challenges are in finding out whether this will fulfill unmet clinical needs further down the line, and how you get there as well.”
From New Scientist
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