[Effect of cadmium ions on the bursting electrical activity of an identified neuron in Helix pomatia].
Kononenko Ni, Osipenko On
Abstract
Kononenko Ni, Osipenko On
Abstract
The effect of cadmium ions was studied on electrical activity of RPal bursting neuron of Helix pomatia. It is shown that 1 mM of Cd2+ ions completely blocks the neuronal bursting activity. If the peptidic modulating factor is added to the Cd2+-containing solution, the bursting activity is not blocked but even increases. It is suggested that Cd2+ ions block the neuronal bursting activity by inhibiting the calcium current in presynaptic terminals of a nonidentified peptidergic interneuron which under normal conditions secretes the modulating factor on the RPal neuronal soma eliciting its bursting activity.
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The effect of cadmium ions was studied on electrical activity of RPal bursting neuron of Helix pomatia. It is shown that 1 mM of Cd2+ ions completely blocks the neuronal bursting activity. If the peptidic modulating factor is added to the Cd2+-containing solution, the bursting activity is not blocked but even increases. It is suggested that Cd2+ ions block the neuronal bursting activity by inhibiting the calcium current in presynaptic terminals of a nonidentified peptidergic interneuron which under normal conditions secretes the modulating factor on the RPal neuronal soma eliciting its bursting activity.
Key concepts: Helix pomatia, Bursting, Neuron, Interneuron, Soma, Biophysics, Chemistry, Premovement neuronal activity