This study demonstrates a new electroanalytical method with a high physiological relevance for online monitoring of glucose in the Auditory Cortex of the rat brain following tinnitus.
Intestinal permeability is significant parameter for many people because of its relevance to the significant illness including inflammatory bowel disease.
Introduction:Despite the tremendous advances in quantitative proteomics,achieving BOTH high proteomic coverage and low missing data remains highly challenging.
Extensive research efforts have been devoted to the development of cost-effective nonprecious-metal catalysts(NPMCs) for oxygen reduction reactions(ORR),a critical process at fuel cell cathode.
Electrochemical analysis as a conventional and sensitive analytical method is universally applied for various target detection,like protein,biomolecule,metal ion and so on.
Development of highly selective microelectrodes with excellent analytical properties is of great importance for in vivo monitoring of neurochemicals in real time nature.
A novel polymeric ionic liquid hybrid(PILH) film-modified electrode,in which the electrode surface is coated with a hydrophobic hybrid material composed of an ionene polymer with quaternary ammonium s