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- W2040282923 abstract "In a “population” experiment on potentiation in hippocampus a large electrode in the perforant path (pp) stimulates granule cells which in turn excite basket cells; basket cells inhibit granule cells. A large electrode in the molecular layer among synapses from pp to granule cells records a “population EPSP”; if the electrode is placed in the granule cell body layer it records a “population spike” which is related to the discharge rate of granule cells. In the simulation of a granule/basket cell pair previously described the corresponding theoretical quantities are “postsynaptic state” and “internal state of the neurone” which determines its discharge rate. Experimental and theoretical waveforms in response to pp stimulation are compared; they agree reasonably well over a wide range of stimulus frequency and duration. The theory offers an explanation of some of the experimental waveforms. A prediction is made; some drugs increase and some drugs decrease the effectiveness of inhibitory synapses. A drug which increases the inhibitory effect of basket cells should, as a long term effect, increase the potentiation of the variable synapses from pp to granule cells and conversely, drugs which decrease inhibition should decrease potentiation." @default.
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- W2040282923 date "1977-12-01" @default.
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- W2040282923 title "Similarity of behaviour of granule cells in hippocampus to that predicted by informon theory" @default.
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- W2040282923 doi "https://doi.org/10.1016/0022-5193(77)90148-5" @default.
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