High sensitivity and high spatial resolution in localized electrochemical measurements are
the key advantages of electroanalysis using nanometer-sized electrodes. Due to recent …

Surface‐enhanced Raman spectroscopy (SERS) is a promising and powerful label free
technique for high resolution analysis of single cells. For intracellular analysis, there is a …

Microelectrodes are typically used for neurotransmitter detection, but nanoelectrodes are not
because there is a trade-off between spatial resolution and sensitivity that is dependent on …

Small, robust, sensitive electrodes are desired for in vivo neurotransmitter measurements.
Carbon nanopipettes have been previously manufactured and used for single-cell drug …

Electrochemical experiments at individual metal nanoparticles (NPs) can provide new
insights into their electrocatalytic behavior. In this Communication, we report the preparation …

Sampling ultrasmall volumes of liquids for analysis is essential in a number of fields from cell
biology to microfluidics to nanotechnology and electrochemical energy storage. In this …

Nanoscale multifunctional carbon probes facilitate cellular studies due to their small size,
which makes it possible to interrogate organelles within living cells in a minimally invasive …

Investigating the collisions of individual metal nanoparticles (NPs) with electrodes can
provide new insights into their electrocatalytic behavior, mass transport, and interactions …

Nanometer-sized glass and quartz pipettes have been widely used as a core of chemical
sensors, patch clamps, and scanning probe microscope tips. Many of those applications …

The reproducible fabrication of nanometre‐sized carbon electrodes poses great challenges.
Especially, the field of single entity electrochemistry has strict requirements regarding the …