Abstract
1. 1. The induced wave and one component of the field potential evoked by electrical stimulation of the olfactory tract showed similar depth profiles in the carp olfactory bulb. 2. 2. The stimulation of the olfactory tract reset the rhythm of the induced wave. 3. 3. Rhythmic discharge of the mitral cell synchronized with the induced wave. 4. 4. We concluded that the induced wave mainly reflects the extracellular current caused by the synaptic depolarization of the granule cell dendrite and that the rhythm of the induced wave is due to the dendrodendritic synaptic interaction between the mitral cell and the granule cell.
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