圖A及圖B展示了一卷列印的甘氨酸薄膜；圖C至圖E顯示通過植入甘氨酸壓電薄膜貼片裝置進行無線超聲能量傳輸、並實現體內發電和光遺傳學的過程。 (IMAGE)

Hong Kong University of Science and Technology

圖A及圖B展示了一卷列印的甘氨酸薄膜；圖C至圖E顯示通過植入甘氨酸壓電薄膜貼片裝置進行無線超聲能量傳輸、並實現體內發電和光遺傳學的過程。

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圖A及圖B展示了一卷列印的甘氨酸薄膜；圖C至圖E顯示通過植入甘氨酸壓電薄膜貼片裝置進行無線超聲能量傳輸、並實現體內發電和光遺傳學的過程。

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