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Terrell, Jessica L; Tschirhart, Tanya; Jahnke, Justin P; Stephens, Kristina; Liu, Yi; Dong, Hong; Hurley, Margaret M; Pozo, Maria; McKay, Ryan; Tsao, Chen Yu; Wu, Hsuan-Chen; Vora, Gary; Payne, Gregory F; Stratis-Cullum, Dimitra N; Bentley, William E
Nature nanotechnology, 06/2021, Letnik: 16, Številka: 6Journal Article
We developed a bioelectronic communication system that is enabled by a redox signal transduction modality to exchange information between a living cell-embedded bioelectronics interface and an engineered microbial network. A naturally communicating three-member microbial network is 'plugged into' an external electronic system that interrogates and controls biological function in real time. First, electrode-generated redox molecules are programmed to activate gene expression in an engineered population of electrode-attached bacterial cells, effectively creating a living transducer electrode. These cells interpret and translate electronic signals and then transmit this information biologically by producing quorum sensing molecules that are, in turn, interpreted by a planktonic coculture. The propagated molecular communication drives expression and secretion of a therapeutic peptide from one strain and simultaneously enables direct electronic feedback from the second strain, thus enabling real-time electronic verification of biological signal propagation. Overall, we show how this multifunctional bioelectronic platform, termed a BioLAN, reliably facilitates on-demand bioelectronic communication and concurrently performs programmed tasks.
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JCR | SNIP | JCR | SNIP | JCR | SNIP | JCR | SNIP |
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Vir: Osebne bibliografije
in: SICRIS
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