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This paper introduces an ongoing study to development a novel flexible tactile sensing system. The tactile system is consisted of the array of flexible sensors having piezoresistivity. To achieve flexibility and high sensitivity, the flexible sensors have been developed with smart nanocomposites. The smart nanocomposites are fabricated with multi-walled carbon nanotubes (MWCNTs) and graphene oxide...
Using densely packed and arrayed carbon nanotubes and by incorporating DNA as addressable linkers, we have succeeded in simultaneous, parallel binding of multiple different redox proteins to designated nanotube electrodes on an integrated chip. As a result, we have formed a nanoelectronic-protein transducer array which is capable of real-time, multiplexed detection of several analytes in parallel...
A universal, site-addressable DNA linking strategy is deployed for the programmable assembly of multifunctional, long-lasting redox protein nanoelectronic devices. This addressable linker, the first incorporated into a redox enzyme-nanoelectronic system, promotes versatility and renewability by allowing the reconfiguration and replacement of enzymes at will. The linker is transferable to all redox...
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