Design and development of surface-based biosensors is challenging given the
multidisciplinary nature of this enterprise, which is certainly the case for electrochemical …

Highlights•Coupling between electrochemistry and fluorescence microscopy allows
mapping of the electrode reactivity in space and time.•Direct and indirect strategies are …

The mechanism responsible for electron transport within layers of redox DNA anchored to
electrodes has been extensively studied over the last twenty years, but remains …

Optical techniques can afford a powerful characterisation of the solid–liquid interface that is
composed of an electrode immersed in an electrolyte. While a typical electrochemical …

This concise survey delves into the capabilities of atomic force microscopy (AFM) for
investigating the DNA/gold interface. It highlights how the precise control of the force applied …

Albert is a dog (Canis familiaris), but he does not realize this. Albert loves human food (and
beer), watching movies on the internet, sleeping in bed, and more. But he should not do all …

This manuscript presents a novel approach to address the challenges of electrode fouling
and highly complex electrode nanoarchitecture, which are primary concerns for biosensors …

Microcontact printed patterns of N-heterocyclic carbenes (NHCs) and thiols were prepared
on gold substrates and utilized as templates for the creation of metallic Cu structures using …

The biorecognition ability of hybridized toll-like receptors (TLRs) 2 and 6 proteins on
electrode surfaces has been studied. TLR biosensors have been designed to be non …

In this work, a compact instrument for time-resolved luminescence spectroelectrochemistry
using low-cost disposable electrodes is reported. This instrument can be coupled with …