Experimental study demonstrates controlled ion gating in PET conical multinanochannels, highlighting potential applications for responsive nanofluidic devices.
We developed an ion-gating nanochannel composite system by immobilizing a Cu(2+)-responsive self-cleaving DNAzyme into PET conical multinanochannels, which could control the ion transport by regulating the surface charge density of the channels.
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Chen et al. (2016) studied this question.
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