We investigated the use of one-and two-mediator systems in amperometric BOD biosensors
(BOD, biochemical oxygen demand) based on the yeast Debaryomyces hansenii. Screening …

Diffusion of anionic species through ordered mesoporous silica films is considerably
restricted due to electrostatic repulsion by the negatively charged silica surface and this …

Electrochemical biosensing represents a highly effective technology for detecting disease
biomarkers given its high sensitivity, low and clinically relevant limit of detection, and cost …

Oligo (ethylene glycol) films are known to be very efficient at reducing the nonspecific
adsorption of biomacromolecules on surfaces, but they often show a tendency to decrease …

Olfactory responses are intensely enhanced with the addition of endogenous and
engineered primarily-elemental small zinc nanoparticles (NPs). With aging, oxidation of …

The modification of surfaces by polyethylene glycol (EGn) is an approach used to reduce the
antifouling effects of these materials in a biological medium. It has been found that the …

Abstract The mediators ferrocene, 1, 1'-dimethylferrocene, ferrocene carboxaldehyde,
ferrocene acetonitrile, neutral red, 2, 6-dichlorophenolindophenol, thionine, methyl blue, and …

The modification of gold electrodes by a short thiolated hepta (ethylene glycol) self-
assembled monolayer (SAM) significantly inhibits the electron transfer kinetics of the [Fe …

Trace‐level quantification of redox molecules on electrode surfaces is of great importance in
multiple fields, including in electrocatalysis and sensing. Using the classical …

Медиаторы-ферроцен, 1, 1'-диметилферроцен, ферроценкарбоксальдегид,
ферроценацетонитрил, нейтральный красный, 2, 6-дихлорфенолиндофенол, тионин …