Recent improvements in brain slice technology have made this biological preparation
increasingly useful for examining pathophysiology of brain diseases in a tissue context …

This survey gives an overview of recent derivatization protocols, starting from 1996, in
combination with capillary electrophoresis (CE). Derivatization is mainly used for enhancing …

Microdialysis is often applied to understanding brain function. Because neurotransmission
involves rapid events, increasing the temporal resolution of in vivo measurements is …

Monitoring changes in chemical concentrations over time in complex environments is
typically performed using sensors and spectroscopic techniques. Another approach is to …

This communication describes a novel in vitro blood–brain barrier (BBB) model: organotypic
slice cultures from the central nervous system were overlaid on endothelial cell monolayers …

Amino acids are essential compounds for living organisms, and their determination in
biological fluids is crucial for the clinical analysis and diagnosis of many diseases. However …

Glutamate microsensors form a promising analytical tool for monitoring neuronally derived
glutamate directly in the brain. However, when a microsensor is implanted in brain tissue …

This paper reviews analytical methods, instrumental developments and applications for
derivatization of primary amines with naphthalene‐2, 3‐dicarboxaldehyde using …

The direct local assessment of glutamate in brain slices may improve our understanding of
glutamatergic neurotransmission significantly. However, an analytical technique that …

In previous papers, we described the analysis of excitatory amino acids (EAAs) and
catecholamines in microdialysis samples using capillary electrophoresis with laser-induced …