Atomic force microscopy(AFM) is a topographic imaging technique with high spatial resolution(a lateral resolution of 1 nm and a vertical resolution of 0.1 nm)1.
In the past several decades,molecular logic gates that can perform Boolean operations have raised broad interest in carrying out molecular computational functions.
Platinum complexes have been widely used for chemotherapy of various malignancies[1].The antineoplastic activity of platinum drugs is based on their interaction with cellular DNA,leading to the format
To improve communications between enzymes and electrodes,many different methods were developed including the use of diffusional electron mediators,the "wiring" of enzymes through im mobilization inred
As for the finite computing capacity and variation,the binary Boolean logic is facing challenges from multi-valued logic gates during the processing of high-density or uncertain/imprecise information.
In this paper,we proposed asensitive and label-freeelectrochemical DNA biosensor for the detection of DNase Iactivity on the bare gold electrode without any other structures.
In this study,a novel MoS2/Reduced GrapheneOxide@Polyanilinenano composites based electrochemicalaptsensorwere developed for detection of aflatoxinB1for the first time.