Photographs of a roll of glycine films (A, B) and schemes of through-tissue wireless ultrasonic energy transfer by implanted glycine-based device for in vivo electricity generation and optogenetics (C-E). (IMAGE)

Hong Kong University of Science and Technology

Photographs of a roll of glycine films (A, B) and schemes of through-tissue wireless ultrasonic energy transfer by implanted glycine-based device for in vivo electricity generation and optogenetics (C-E).

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Photographs of a roll of glycine films (A, B) and schemes of through-tissue wireless ultrasonic energy transfer by implanted glycine-based device for in vivo electricity generation and optogenetics (C-E).

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HKUST

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