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1) EEG spikes were studied in the hippocampus of normal and septum-lesioned rabbits in acute experiments., They were anesthetized with Nembutal and immobilized with . D-tubocurarine. 2) EEG spikes, recorded with concentric electrodes occurred spontaneously in normal as well as septum-lesioned rabbits. They disappeared after the mid-pontine pretrigeminal transection in both preparations. 3) EEG spikes were recorded also with the microelectrode. This indicates that EEG spike generation was not subsequent to injury discharge due to gross electrode introduction. 4) The intracellular 'counterpart of the EEG spike was a hyperpolarization of the pyramidal cell, which consisted. of Cl-dependent and Cl-non-dependent components. Their magnitudes were much,, smaller, than those of the interictal spike.

EEG spikes and thereto corresponding hyperpolarizations of pyramidal cells in the hippocampus of the normal rabbit.