How do we understand neuronal signaling in the brain, how neurons control behavior, or
how signaling malfunctions during disease? Neuroscientists might take two approaches …

Among all the analytical techniques capable of monitoring exocytosis in real time at the
single cell level, electrochemistry (particularly amperometry at a constant potential) using …

With the aim of developing miniaturized enzymatic biosensors suitable for in vitro diagnostic
applications, such as monitoring of metabolites at single cell level, glucose and lactate …

Abstract In this work, Fluorescent False Neurotransmitter 102 (FFN102), a synthesized
analogue of biogenic neurotransmitters, was demonstrated to show both pH‐dependent …

An artificial synapse is developed that mimics ultramicroelectrode (UME) amperometric
detection of single cell exocytosis. It comprises the nanopipette of a scanning ion …

Lithium-ion storage capacitors were assembled using graphene/tantalum carbide/tantalum
wire electrodes and carbon hollow spheres as electrolyte. The graphene/tantalum carbide …

Abstract Applications of the Fluorescent False Neurotransmitter FFN102, an analog of
biogenic neurotransmitters and a suitable probe for coupled amperometry and TIRFM (total …

Micro graphitic–diamond–multi electrode arrays (μG-D-MEAs) are suitable for measuring
multisite quantal dopamine (DA) release from PC12 cells. Following cell stimulation with …

Recent progress in the electrochemical field enabled development of miniaturized sensing
devices that can be used in biological settings to obtain fundamental and practical …

Selective and reliable method is of great importance for in vivo analysis in the complicated
brain. In this work, we developed a new approach for detection of ascorbic acid (AA) based …