Fabrication of PAMP/Au and GO/PAMP/Au nanosensors for electrochemical detection of paracetamol in pharmaceutical preparations

Constructing and electrochemical performance of AuNPs decorated MIL-53 (Fe, Ni) MOFs–derived nanostructures for highly sensitive hydrazine detection

“…9(c). In addition, the slope of the diagram logI pa vs. logν is close to the theoretical value 0.5, which demonstrates diffusion-controlled process for oxidation of hydrazine [34][35][36][37]. From the CV plots of Au 90 NPs@NiFe 2 O 4 /NF sensor, a small reduction peak can be observed in the reverse negative potential scan, which is ascribed to the reduction of Ni and Fe metal ion [38].…”

Sensing beyond Senses: An Overview of Outstanding Strides in Architecting Nanopolymer-Enabled Sensors for Biomedical Applications

“…It is a relatively recent realization that nanosensors, owing to their large surface area, minimum toxicity, and favorable kinetics, could bring a new generation of probing technology in all of the different aspects of present pharmaceutical analysis. The outstanding physicochemical properties of nanostructures facilitate the easy fabrication and modification of surface functionality [ 70 ], enabling a unique interface for the recognition and generation of electronic signals with an excellent limit of quantification [ 71 ]. One of the remarkable achievements of nano-enabled sensors applied to pharmaceuticals is the drug-association investigations where simultaneous analysis leads to identification of substances interfering with the stability of the drug and cross-interactions amid active principles of the formulation.…”