Single liposome electrochemistry is a very sensitive and versatile electroanalytical tool for
understanding biological processes and fundamental mechanisms occurring at the lipid …

Microbes, such as bacteria, can be described, at one level, as small, self-sustaining
chemical factories. Based on the species, strain, and even the environment, bacteria can be …

The detection of Rhamnolipid virulence factor produced by Pseudomonas aeruginosa
involved in nosocomial infections is reported by using the redox liposome single impact …

Single entity electrochemistry of collision (SEEC) is an emerging electrochemical method
with the great potential for ultra-sensitive analysis applications. Here, the possibilities and …

This paper reports on an innovative strategy based on the electrochemical collision
technique to quantify the redox activity of two bacterial species: the Gram-negative …

The collision events of single Lactococcus lactis bacteria at Pt disk ultramicroelectrodes
(UMEs) were characterized using electrochemistry with correlated microscopy. A finite …

The rapid quantitative detection of Escherichia coli (E. coli) is of great significance for
evaluating water and food safety. At present, the conventional bacteria detection methods …

Single-impact electrochemistry for the analysis of bacteria is a powerful technique for
biosensing applications at the single-cell scale. The sensitivity of this electro-analytical …

Single electrochemical impacts of Shewanella oneidensis MR‐1 Gram‐negative
electroactive bacteria onto ultramicroelectrode surfaces are reported and in‐depth analysed …

Single blocking impacts electrochemistry was used to explore the redox properties of the
outer membrane proteins of the Gram-negative electroactive bacteria Shewanella …