Identification and analysis of chemical neurotoxicity in the central n
ervous system deals with synaptic transmission and plasticity. The hip
pocampus slice technique rendered a powerful tool for electrophysiolog
ical analysis of these events as modulated by neurotoxic chemicals. It
does not only allow the detection of potentially harmful compounds, b
ut also the elucidation of their mechanism of action. This might rende
r it possible to analyze the risk of neurotoxic chemicals on the basis
of quantitative data, (C) 1994 Intox Press, Inc.