The paper proposes a “bio-cyber interface” for the Internet of Bio-Nano Things that would let tiny biological systems communicate with digital networks by converting chemical signals into light and then into electronic data, focusing especially on using engineered cell proteins called GPCRs as the sensing core. It explains that when specific molecules bind to these receptors, the receptors physically change shape, and that change can be linked to light-producing reporter systems—specifically inc
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The paper proposes a “bio-cyber interface” for the Internet of Bio-Nano Things that would let tiny biological systems communicate with digital networks by converting chemical signals into light and then into electronic data, focusing especially on using engineered cell proteins called GPCRs as the sensing core. It explains that when specific molecules bind to these receptors, the receptors physically change shape, and that change can be linked to light-producing reporter systems—specifically inc
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