Octopus cells in the cochlear nucleus of the cat: heterotypic synapses upon homeotypic neurons.
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A model of the representation of information about the phase structure of oscillations in bitonal stimuli at the level of the neurons in cochlear neucleus is described. It is shown that for an agreement with the experimental results the degree of excitation of the final neuron of the model has to be proportional to the absolute value of the difference between the excitations coming to it from different groups of auditory nerve fibres. It is supposed that the sensitivity of neurons' response to the phase relations between the oscillations from which the stimulus consists could be due to possible dependence of the degree of receptor excitation either on bending or the hear cells or on the change of the sound pressure level in endolimphe.
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In decerebrate-decerebellate cats, clicks and tones evoked negative and positive potentials on the surface of the cuneate nucleus and modulated the activity of cuneate neurons. These effects appear to be mediated through direct projections from the cochlear to the dorsal column nuclei.
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