Potentiometry based on ion-selective electrodes (ISEs) has been injected with new vigor
and gone through a renaissance with the improvements in the detection limits and …

Ion-selective membrane electrodes (ISEs) have become very attractive sensing platforms for
environmental water analysis. This review mainly presents recent advances in polymeric …

The recent advances in the theory and practice of potentiometric, conductometric and optical
sensors based on ionophores are critically reviewed. The role of the heterogeneity of the …

This review aims at providing an introductory overview for researchers new to the field of ion-
selective electrodes. Both state of the art technology and novel developments towards solid …

This review aims to highlight a recent important direction to place ion-selective electrodes
based on polymeric sensing materials under dynamic electrochemistry control. This allows …

This review outlines key principles and recent advances in the use of dynamic
electrochemistry with polymeric liquid membranes. Ideally polarizable membranes are most …

Solid-contact polymeric membrane ion-selective electrodes (ISEs) have been an attractive
tool for potentiometric sensors. Sufficient transducing performance evaluation and multiple …

Self-powered sensors are attractive because the lack of a dedicated battery makes them
environmentally friendly and allows them to be more easily miniaturized. Unfortunately, the …

Electrical nerve stimulation serves an expanding list of clinical applications, but it faces
persistent challenges in selectively activating bundled nerve fibers. In this study, we …

We present here for the first time an all-solid-state chronopotentiometric ion sensing system
based on selective ionophores, specifically for the carbonate anion. A chronopotentiometric …